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## Quantities
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| Quantity | Character | Dimension | Kind of | Parent | Equation | Hierarchy |
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|----------|:---------:|:---------:|:-------:|:------:|----------|:---------:|
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| <span id="Celsius_temperature"></span><code>Celsius_<wbr>temperature</code> | Real | Θ | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | — | [view](../hierarchies/thermodynamic_temperature.md) |
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| <span id="Gibbs_energy"></span><code>Gibbs_<wbr>energy</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[enthalpy](#enthalpy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="Gibbs_function"></span><code>Gibbs_<wbr>function</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[enthalpy](#enthalpy)</code> | alias to [Gibbs_<wbr>energy](#Gibbs_energy) | [view](../hierarchies/energy_isq.md) |
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| <span id="Hamming_distance"></span><code>Hamming_<wbr>distance</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="Helmholtz_energy"></span><code>Helmholtz_<wbr>energy</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[internal_<wbr>energy](#internal_energy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="Helmholtz_function"></span><code>Helmholtz_<wbr>function</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[internal_<wbr>energy](#internal_energy)</code> | alias to [Helmholtz_<wbr>energy](#Helmholtz_energy) | [view](../hierarchies/energy_isq.md) |
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| <span id="Joule_Thomson_coefficient"></span><code>Joule_<wbr>Thomson_<wbr>coefficient</code> | Real | LΘT²M⁻¹ | <code>[Joule_<wbr>Thomson_<wbr>coefficient](#Joule_Thomson_coefficient)</code> | — | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature) / <wbr>[pressure](#pressure)</code> | [view](../hierarchies/Joule_Thomson_coefficient.md) |
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| <span id="Massieu_function"></span><code>Massieu_<wbr>function</code> | Real | L²MΘ⁻¹T⁻² | <code>[Massieu_<wbr>function](#Massieu_function)</code> | — | <code>[Helmholtz_<wbr>energy](#Helmholtz_energy) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/Massieu_function.md) |
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| <span id="Planck_function"></span><code>Planck_<wbr>function</code> | Real | L²MΘ⁻¹T⁻² | <code>[Planck_<wbr>function](#Planck_function)</code> | — | <code>[Gibbs_<wbr>energy](#Gibbs_energy) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/Planck_function.md) |
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| <span id="Poisson_number"></span><code>Poisson_<wbr>number</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[width](#width) / <wbr>[length](#length)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="Poynting_vector"></span><code>Poynting_<wbr>vector</code> | Vector | MT⁻³ | <code>[Poynting_<wbr>vector](#Poynting_vector)</code> | — | <code>[electric_<wbr>field_<wbr>strength](#electric_field_strength) * <wbr>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength)</code> | [view](../hierarchies/Poynting_vector.md) |
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| <span id="Young_modulus"></span><code>Young_<wbr>modulus</code> | Real | ML⁻¹T⁻² | <code>[modulus_<wbr>of_<wbr>elasticity](#modulus_of_elasticity)</code> | — | alias to [modulus_<wbr>of_<wbr>elasticity](#modulus_of_elasticity) | [view](../hierarchies/modulus_of_elasticity.md) |
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| <span id="absorbed_dose"></span><code>absorbed_<wbr>dose</code> | Real | L²T⁻² | <code>[absorbed_<wbr>dose](#absorbed_dose)</code> | — | <code>[energy](#energy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/absorbed_dose.md) |
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| <span id="acceleration"></span><code>acceleration</code> | Vector | LT⁻² | <code>[acceleration](#acceleration)</code> | — | <code>[velocity](#velocity) / <wbr>[duration](#duration)</code> | [view](../hierarchies/acceleration.md) |
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| <span id="acceleration_of_free_fall"></span><code>acceleration_<wbr>of_<wbr>free_<wbr>fall</code> | Vector | LT⁻² | <code>[acceleration](#acceleration)</code> | <code>[acceleration](#acceleration)</code> | — | [view](../hierarchies/acceleration.md) |
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| <span id="action"></span><code>action</code> | Real | L²MT⁻¹ | <code>[action](#action)</code> | — | <code>[energy](#energy) * <wbr>[time](#time)</code> | [view](../hierarchies/action.md) |
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| <span id="active_energy"></span><code>active_<wbr>energy</code> | Real | L²MT⁻² | <code>[active_<wbr>energy](#active_energy)</code> | — | <code>[instantaneous_<wbr>power](#instantaneous_power) * <wbr>[time](#time)</code> | [view](../hierarchies/active_energy.md) |
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| <span id="active_power"></span><code>active_<wbr>power</code> | Real | L²MT⁻³ | <code>[power](#power)</code> | <code>[power](#power)</code> | <code>inverse([period](#period)) * <wbr>([instantaneous_<wbr>power](#instantaneous_power) * <wbr>[time](#time))</code> | [view](../hierarchies/power.md) |
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| <span id="activity"></span><code>activity</code> | Real | T⁻¹ | <code>[activity](#activity)</code> | — | <code>inverse([duration](#duration))</code> | [view](../hierarchies/activity.md) |
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| <span id="admittance"></span><code>admittance</code> | Complex | I²T³L⁻²M⁻¹ | <code>[admittance](#admittance)</code> | — | <code>inverse([impedance](#impedance))</code> | [view](../hierarchies/admittance.md) |
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| <span id="admittance_of_vacuum"></span><code>admittance_<wbr>of_<wbr>vacuum</code> | Complex | I²T³L⁻²M⁻¹ | <code>[admittance](#admittance)</code> | <code>[admittance](#admittance)</code> | <code>inverse([impedance_<wbr>of_<wbr>vacuum](#impedance_of_vacuum))</code> | [view](../hierarchies/admittance.md) |
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| <span id="altitude"></span><code>altitude</code> | Real | L | <code>[length](#length)</code> | <code>[length](#length)</code> | alias to [height](#height) | [view](../hierarchies/length.md) |
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| <span id="amount_of_heat"></span><code>amount_<wbr>of_<wbr>heat</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[energy](#energy)</code> | alias to [heat](#heat) | [view](../hierarchies/energy_isq.md) |
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| <span id="amount_of_substance"></span><code>amount_<wbr>of_<wbr>substance</code> | Real | N | <code>[amount_<wbr>of_<wbr>substance](#amount_of_substance)</code> | — | — | [view](../hierarchies/amount_of_substance.md) |
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| <span id="angular_acceleration"></span><code>angular_<wbr>acceleration</code> | Vector | T⁻² | <code>[angular_<wbr>acceleration](#angular_acceleration)</code> | — | <code>[angular_<wbr>velocity](#angular_velocity) / <wbr>[duration](#duration)</code> | [view](../hierarchies/angular_acceleration_isq.md) |
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| <span id="angular_displacement"></span><code>angular_<wbr>displacement</code> | Real | — | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[angular_<wbr>measure](#angular_measure)</code> | alias to [rotational_<wbr>displacement](#rotational_displacement) | — |
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| <span id="angular_frequency"></span><code>angular_<wbr>frequency</code> | Real | T⁻¹ | <code>[angular_<wbr>frequency](#angular_frequency)</code> | — | <code>[phase_<wbr>angle](#phase_angle) / <wbr>[duration](#duration)</code> | [view](../hierarchies/angular_frequency_isq.md) |
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| <span id="angular_impulse"></span><code>angular_<wbr>impulse</code> | Vector | L²MT⁻¹ | <code>[angular_<wbr>impulse](#angular_impulse)</code> | — | <code>[moment_<wbr>of_<wbr>force](#moment_of_force) * <wbr>[time](#time)</code> | [view](../hierarchies/angular_impulse_isq.md) |
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| <span id="angular_measure"></span><code>angular_<wbr>measure</code> | Real | — | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[arc_<wbr>length](#arc_length) / <wbr>[radius](#radius)</code> | — |
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| <span id="angular_momentum"></span><code>angular_<wbr>momentum</code> | Vector | L²MT⁻¹ | <code>[angular_<wbr>momentum](#angular_momentum)</code> | — | <code>[position_<wbr>vector](#position_vector) * <wbr>[momentum](#momentum)</code> | [view](../hierarchies/angular_momentum_isq.md) |
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| <span id="angular_repetency"></span><code>angular_<wbr>repetency</code> | Real | L⁻¹ | <code>[angular_<wbr>repetency](#angular_repetency)</code> | — | <code>inverse([wavelength](#wavelength))</code> | [view](../hierarchies/angular_repetency_isq.md) |
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| <span id="angular_velocity"></span><code>angular_<wbr>velocity</code> | Vector | T⁻¹ | <code>[angular_<wbr>velocity](#angular_velocity)</code> | — | <code>[angular_<wbr>displacement](#angular_displacement) / <wbr>[duration](#duration)</code> | [view](../hierarchies/angular_velocity_isq.md) |
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| <span id="angular_wavenumber"></span><code>angular_<wbr>wavenumber</code> | Real | L⁻¹ | <code>[angular_<wbr>repetency](#angular_repetency)</code> | — | alias to [angular_<wbr>repetency](#angular_repetency) | [view](../hierarchies/angular_repetency_isq.md) |
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| <span id="apparent_admittance"></span><code>apparent_<wbr>admittance</code> | Real | I²T³L⁻²M⁻¹ | <code>[admittance](#admittance)</code> | <code>[admittance](#admittance)</code> | — | [view](../hierarchies/admittance.md) |
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| <span id="apparent_impedance"></span><code>apparent_<wbr>impedance</code> | Real | L²MI⁻²T⁻³ | <code>[impedance](#impedance)</code> | <code>[impedance](#impedance)</code> | — | [view](../hierarchies/impedance.md) |
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| <span id="apparent_power"></span><code>apparent_<wbr>power</code> | Real | L²MT⁻³ | <code>[complex_<wbr>power](#complex_power)</code> | <code>[complex_<wbr>power](#complex_power)</code> | — | [view](../hierarchies/complex_power.md) |
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| <span id="arc_length"></span><code>arc_<wbr>length</code> | Real | L | <code>[length](#length)</code> | <code>[length](#length)</code> | alias to [path_<wbr>length](#path_length) | [view](../hierarchies/length.md) |
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| <span id="area"></span><code>area</code> | Real | L² | <code>[area](#area)</code> | — | <code>pow<2>([length](#length))</code> | [view](../hierarchies/area.md) |
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| <span id="areic_charge"></span><code>areic_<wbr>charge</code> | Real | ITL⁻² | <code>[surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#surface_density_of_electric_charge)</code> | — | alias to [surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#surface_density_of_electric_charge) | [view](../hierarchies/surface_density_of_electric_charge.md) |
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| <span id="areic_electric_charge"></span><code>areic_<wbr>electric_<wbr>charge</code> | Real | ITL⁻² | <code>[surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#surface_density_of_electric_charge)</code> | — | alias to [surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#surface_density_of_electric_charge) | [view](../hierarchies/surface_density_of_electric_charge.md) |
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| <span id="attenuation"></span><code>attenuation</code> | Real | L⁻¹ | <code>[attenuation](#attenuation)</code> | — | <code>inverse([distance](#distance))</code> | [view](../hierarchies/attenuation.md) |
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| <span id="binary_digit_rate"></span><code>binary_<wbr>digit_<wbr>rate</code> | Real | T⁻¹ | <code>[transfer_<wbr>rate](#transfer_rate)</code> | <code>[transfer_<wbr>rate](#transfer_rate)</code> | — | [view](../hierarchies/transfer_rate.md) |
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| <span id="bit_period"></span><code>bit_<wbr>period</code> | Real | T | <code>[duration](#duration)</code> | <code>[period_<wbr>duration](#period_duration)</code> | alias to [period_<wbr>of_<wbr>binary_<wbr>digits](#period_of_binary_digits) | [view](../hierarchies/duration.md) |
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| <span id="bit_rate"></span><code>bit_<wbr>rate</code> | Real | T⁻¹ | <code>[transfer_<wbr>rate](#transfer_rate)</code> | <code>[transfer_<wbr>rate](#transfer_rate)</code> | alias to [binary_<wbr>digit_<wbr>rate](#binary_digit_rate) | [view](../hierarchies/transfer_rate.md) |
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| <span id="breadth"></span><code>breadth</code> | Real | L | <code>[length](#length)</code> | <code>[length](#length)</code> | alias to [width](#width) | [view](../hierarchies/length.md) |
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| <span id="bulk_modulus"></span><code>bulk_<wbr>modulus</code> | Real | ML⁻¹T⁻² | <code>[modulus_<wbr>of_<wbr>compression](#modulus_of_compression)</code> | — | alias to [modulus_<wbr>of_<wbr>compression](#modulus_of_compression) | [view](../hierarchies/modulus_of_compression.md) |
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| <span id="call_intensity"></span><code>call_<wbr>intensity</code> | Real | T⁻¹ | <code>[call_<wbr>intensity](#call_intensity)</code> | — | <code>inverse([duration](#duration))</code> | [view](../hierarchies/call_intensity.md) |
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| <span id="calling_rate"></span><code>calling_<wbr>rate</code> | Real | T⁻¹ | <code>[call_<wbr>intensity](#call_intensity)</code> | — | alias to [call_<wbr>intensity](#call_intensity) | [view](../hierarchies/call_intensity.md) |
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| <span id="capacitance"></span><code>capacitance</code> | Real | I²T⁴L⁻²M⁻¹ | <code>[capacitance](#capacitance)</code> | — | <code>[electric_<wbr>charge](#electric_charge) / <wbr>[voltage](#voltage)</code> | [view](../hierarchies/capacitance.md) |
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| <span id="carrier_power"></span><code>carrier_<wbr>power</code> | Real | L²MT⁻³ | <code>[power](#power)</code> | <code>[power](#power)</code> | — | [view](../hierarchies/power.md) |
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| <span id="clock_frequency"></span><code>clock_<wbr>frequency</code> | Real | T⁻¹ | <code>[frequency](#frequency)</code> | <code>[frequency](#frequency)</code> | — | [view](../hierarchies/frequency.md) |
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| <span id="clock_rate"></span><code>clock_<wbr>rate</code> | Real | T⁻¹ | <code>[frequency](#frequency)</code> | <code>[frequency](#frequency)</code> | alias to [clock_<wbr>frequency](#clock_frequency) | [view](../hierarchies/frequency.md) |
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| <span id="coefficient_of_heat_transfer"></span><code>coefficient_<wbr>of_<wbr>heat_<wbr>transfer</code> | Real | MΘ⁻¹T⁻³ | <code>[coefficient_<wbr>of_<wbr>heat_<wbr>transfer](#coefficient_of_heat_transfer)</code> | — | <code>[density_<wbr>of_<wbr>heat_<wbr>flow_<wbr>rate](#density_of_heat_flow_rate) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/coefficient_of_heat_transfer.md) |
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| <span id="coefficient_of_static_friction"></span><code>coefficient_<wbr>of_<wbr>static_<wbr>friction</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [static_<wbr>friction_<wbr>coefficient](#static_friction_coefficient) | [view](../hierarchies/dimensionless.md) |
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| <span id="coefficient_of_thermal_insulance"></span><code>coefficient_<wbr>of_<wbr>thermal_<wbr>insulance</code> | Real | ΘT³M⁻¹ | <code>[thermal_<wbr>insulance](#thermal_insulance)</code> | — | alias to [thermal_<wbr>insulance](#thermal_insulance) | [view](../hierarchies/thermal_insulance.md) |
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| <span id="coercive_field_strength"></span><code>coercive_<wbr>field_<wbr>strength</code> | Real | IL⁻¹ | <code>[magnetization](#magnetization)</code> | <code>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength)</code> | alias to [coercivity](#coercivity) | [view](../hierarchies/magnetization.md) |
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| <span id="coercivity"></span><code>coercivity</code> | Real | IL⁻¹ | <code>[magnetization](#magnetization)</code> | <code>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength)</code> | — | [view](../hierarchies/magnetization.md) |
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| <span id="completed_call_intensity"></span><code>completed_<wbr>call_<wbr>intensity</code> | Real | T⁻¹ | <code>[call_<wbr>intensity](#call_intensity)</code> | <code>[call_<wbr>intensity](#call_intensity)</code> | — | [view](../hierarchies/call_intensity.md) |
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| <span id="complex_admittance"></span><code>complex_<wbr>admittance</code> | Complex | I²T³L⁻²M⁻¹ | <code>[admittance](#admittance)</code> | — | alias to [admittance](#admittance) | [view](../hierarchies/admittance.md) |
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| <span id="complex_impedance"></span><code>complex_<wbr>impedance</code> | Complex | L²MI⁻²T⁻³ | <code>[impedance](#impedance)</code> | — | alias to [impedance](#impedance) | [view](../hierarchies/impedance.md) |
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| <span id="complex_power"></span><code>complex_<wbr>power</code> | Complex | L²MT⁻³ | <code>[complex_<wbr>power](#complex_power)</code> | — | <code>[voltage_<wbr>phasor](#voltage_phasor) * <wbr>[electric_<wbr>current_<wbr>phasor](#electric_current_phasor)</code> | [view](../hierarchies/complex_power.md) |
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| <span id="compressibility"></span><code>compressibility</code> | Real | LT²M⁻¹ | <code>[compressibility](#compressibility)</code> | — | <code>inverse([volume](#volume)) * <wbr>([volume](#volume) / <wbr>[pressure](#pressure))</code> | [view](../hierarchies/compressibility.md) |
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| <span id="conductance"></span><code>conductance</code> | Real | I²T³L⁻²M⁻¹ | <code>[conductance](#conductance)</code> | — | <code>inverse([resistance](#resistance))</code> | [view](../hierarchies/conductance.md) |
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| <span id="conductance_for_alternating_current"></span><code>conductance_<wbr>for_<wbr>alternating_<wbr>current</code> | Real | I²T³L⁻²M⁻¹ | <code>[conductance](#conductance)</code> | <code>[conductance](#conductance)</code> | — | [view](../hierarchies/conductance.md) |
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| <span id="conductivity"></span><code>conductivity</code> | Real | I²T³L⁻³M⁻¹ | <code>[conductivity](#conductivity)</code> | — | <code>[electric_<wbr>current_<wbr>density](#electric_current_density) / <wbr>[electric_<wbr>field_<wbr>strength](#electric_field_strength)</code> | [view](../hierarchies/conductivity.md) |
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| <span id="coupling_factor"></span><code>coupling_<wbr>factor</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mutual_<wbr>inductance](#mutual_inductance) / <wbr>pow<1, 2>(pow<2>([self_<wbr>inductance](#self_inductance)))</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="cubic_expansion_coefficient"></span><code>cubic_<wbr>expansion_<wbr>coefficient</code> | Real | Θ⁻¹ | <code>[cubic_<wbr>expansion_<wbr>coefficient](#cubic_expansion_coefficient)</code> | — | <code>inverse([volume](#volume)) * <wbr>([volume](#volume) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature))</code> | [view](../hierarchies/cubic_expansion_coefficient.md) |
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| <span id="curvature"></span><code>curvature</code> | Real | L⁻¹ | <code>[curvature](#curvature)</code> | — | <code>inverse([radius_<wbr>of_<wbr>curvature](#radius_of_curvature))</code> | [view](../hierarchies/curvature.md) |
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| <span id="damping_coefficient"></span><code>damping_<wbr>coefficient</code> | Real | T⁻¹ | <code>[damping_<wbr>coefficient](#damping_coefficient)</code> | — | <code>inverse([time_<wbr>constant](#time_constant))</code> | [view](../hierarchies/damping_coefficient.md) |
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| <span id="decision_content"></span><code>decision_<wbr>content</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="density"></span><code>density</code> | Real | ML⁻³ | <code>[mass_<wbr>density](#mass_density)</code> | — | alias to [mass_<wbr>density](#mass_density) | [view](../hierarchies/mass_density.md) |
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| <span id="density_of_heat_flow_rate"></span><code>density_<wbr>of_<wbr>heat_<wbr>flow_<wbr>rate</code> | Real | MT⁻³ | <code>[density_<wbr>of_<wbr>heat_<wbr>flow_<wbr>rate](#density_of_heat_flow_rate)</code> | — | <code>[heat_<wbr>flow_<wbr>rate](#heat_flow_rate) / <wbr>[area](#area)</code> | [view](../hierarchies/density_of_heat_flow_rate.md) |
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| <span id="depth"></span><code>depth</code> | Real | L | <code>[length](#length)</code> | <code>[length](#length)</code> | alias to [height](#height) | [view](../hierarchies/length.md) |
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| <span id="dew_point_temperature"></span><code>dew_<wbr>point_<wbr>temperature</code> | Real | Θ | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | — | [view](../hierarchies/thermodynamic_temperature.md) |
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| <span id="diameter"></span><code>diameter</code> | Real | L | <code>[length](#length)</code> | <code>[width](#width)</code> | — | [view](../hierarchies/length.md) |
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| <span id="dimensionless"></span><code>dimensionless</code> | Real | 1 | <code>[dimensionless](core.md#dimensionless)</code> | — | — | [view](../hierarchies/dimensionless.md) |
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| <span id="displacement"></span><code>displacement</code> | Vector | L | <code>[length](#length)</code> | <code>[length](#length)</code> | — | [view](../hierarchies/length.md) |
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| <span id="displacement_current"></span><code>displacement_<wbr>current</code> | Real | I | <code>[electric_<wbr>current](#electric_current)</code> | <code>[electric_<wbr>current](#electric_current)</code> | <code>[displacement_<wbr>current_<wbr>density](#displacement_current_density) * <wbr>[area](#area)</code> | [view](../hierarchies/electric_current.md) |
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| <span id="displacement_current_density"></span><code>displacement_<wbr>current_<wbr>density</code> | Vector | IL⁻² | <code>[displacement_<wbr>current_<wbr>density](#displacement_current_density)</code> | — | <code>[electric_<wbr>flux_<wbr>density](#electric_flux_density) / <wbr>[time](#time)</code> | [view](../hierarchies/displacement_current_density.md) |
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| <span id="distance"></span><code>distance</code> | Real | L | <code>[length](#length)</code> | <code>[path_<wbr>length](#path_length)</code> | — | [view](../hierarchies/length.md) |
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| <span id="dose_equivalent"></span><code>dose_<wbr>equivalent</code> | Real | L²T⁻² | <code>[dose_<wbr>equivalent](#dose_equivalent)</code> | — | <code>[absorbed_<wbr>dose](#absorbed_dose) * <wbr>[ionizing_<wbr>radiation_<wbr>quality_<wbr>factor](#ionizing_radiation_quality_factor)</code> | [view](../hierarchies/dose_equivalent.md) |
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| <span id="drag_coefficient"></span><code>drag_<wbr>coefficient</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[drag_<wbr>force](#drag_force) / <wbr>([mass_<wbr>density](#mass_density) * <wbr>pow<2>([speed](#speed)) * <wbr>[area](#area))</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="drag_factor"></span><code>drag_<wbr>factor</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [drag_<wbr>coefficient](#drag_coefficient) | [view](../hierarchies/dimensionless.md) |
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| <span id="drag_force"></span><code>drag_<wbr>force</code> | Vector | LMT⁻² | <code>[force](#force)</code> | <code>[force](#force)</code> | — | [view](../hierarchies/force.md) |
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| <span id="duration"></span><code>duration</code> | Real | T | <code>[duration](#duration)</code> | — | — | [view](../hierarchies/duration.md) |
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| <span id="dynamic_friction_factor"></span><code>dynamic_<wbr>friction_<wbr>factor</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [kinetic_<wbr>friction_<wbr>factor](#kinetic_friction_factor) | [view](../hierarchies/dimensionless.md) |
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| <span id="dynamic_friction_force"></span><code>dynamic_<wbr>friction_<wbr>force</code> | Vector | LMT⁻² | <code>[force](#force)</code> | <code>[force](#force)</code> | alias to [kinetic_<wbr>friction_<wbr>force](#kinetic_friction_force) | [view](../hierarchies/force.md) |
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| <span id="dynamic_viscosity"></span><code>dynamic_<wbr>viscosity</code> | Real | ML⁻¹T⁻¹ | <code>[dynamic_<wbr>viscosity](#dynamic_viscosity)</code> | — | <code>[shear_<wbr>stress](#shear_stress) * <wbr>[length](#length) / <wbr>[velocity](#velocity)</code> | [view](../hierarchies/dynamic_viscosity.md) |
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| <span id="electric_charge"></span><code>electric_<wbr>charge</code> | Real | IT | <code>[electric_<wbr>charge](#electric_charge)</code> | — | <code>[electric_<wbr>current](#electric_current) * <wbr>[time](#time)</code> | [view](../hierarchies/electric_charge.md) |
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| <span id="electric_charge_density"></span><code>electric_<wbr>charge_<wbr>density</code> | Real | ITL⁻³ | <code>[electric_<wbr>charge_<wbr>density](#electric_charge_density)</code> | — | <code>[electric_<wbr>charge](#electric_charge) / <wbr>[volume](#volume)</code> | [view](../hierarchies/electric_charge_density.md) |
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| <span id="electric_constant"></span><code>electric_<wbr>constant</code> | Real | I²T⁴L⁻³M⁻¹ | <code>[electric_<wbr>constant](#electric_constant)</code> | — | <code>inverse([magnetic_<wbr>constant](#magnetic_constant) * <wbr>pow<2>([speed_<wbr>of_<wbr>light_<wbr>in_<wbr>vacuum](#speed_of_light_in_vacuum)))</code> | [view](../hierarchies/electric_constant.md) |
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| <span id="electric_current"></span><code>electric_<wbr>current</code> | Real | I | <code>[electric_<wbr>current](#electric_current)</code> | — | — | [view](../hierarchies/electric_current.md) |
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| <span id="electric_current_density"></span><code>electric_<wbr>current_<wbr>density</code> | Vector | IL⁻² | <code>[electric_<wbr>current_<wbr>density](#electric_current_density)</code> | — | <code>[electric_<wbr>charge_<wbr>density](#electric_charge_density) * <wbr>[velocity](#velocity)</code> | [view](../hierarchies/electric_current_density.md) |
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| <span id="electric_current_phasor"></span><code>electric_<wbr>current_<wbr>phasor</code> | Complex | I | <code>[electric_<wbr>current](#electric_current)</code> | <code>[electric_<wbr>current](#electric_current)</code> | — | [view](../hierarchies/electric_current.md) |
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| <span id="electric_dipole_moment"></span><code>electric_<wbr>dipole_<wbr>moment</code> | Vector | ILT | <code>[electric_<wbr>dipole_<wbr>moment](#electric_dipole_moment)</code> | — | <code>[electric_<wbr>charge](#electric_charge) * <wbr>[displacement](#displacement)</code> | [view](../hierarchies/electric_dipole_moment.md) |
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| <span id="electric_displacement"></span><code>electric_<wbr>displacement</code> | Vector | ITL⁻² | <code>[electric_<wbr>polarization](#electric_polarization)</code> | <code>[electric_<wbr>polarization](#electric_polarization)</code> | alias to [electric_<wbr>flux_<wbr>density](#electric_flux_density) | [view](../hierarchies/electric_polarization.md) |
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| <span id="electric_field_strength"></span><code>electric_<wbr>field_<wbr>strength</code> | Vector | LMI⁻¹T⁻³ | <code>[electric_<wbr>field_<wbr>strength](#electric_field_strength)</code> | — | <code>[force](#force) / <wbr>[electric_<wbr>charge](#electric_charge)</code> | [view](../hierarchies/electric_field_strength.md) |
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| <span id="electric_flux"></span><code>electric_<wbr>flux</code> | Real | IT | <code>[electric_<wbr>flux](#electric_flux)</code> | — | <code>[electric_<wbr>flux_<wbr>density](#electric_flux_density) * <wbr>[area](#area)</code> | [view](../hierarchies/electric_flux.md) |
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| <span id="electric_flux_density"></span><code>electric_<wbr>flux_<wbr>density</code> | Vector | ITL⁻² | <code>[electric_<wbr>polarization](#electric_polarization)</code> | <code>[electric_<wbr>polarization](#electric_polarization)</code> | — | [view](../hierarchies/electric_polarization.md) |
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| <span id="electric_polarization"></span><code>electric_<wbr>polarization</code> | Vector | ITL⁻² | <code>[electric_<wbr>polarization](#electric_polarization)</code> | — | <code>[electric_<wbr>dipole_<wbr>moment](#electric_dipole_moment) / <wbr>[volume](#volume)</code> | [view](../hierarchies/electric_polarization.md) |
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| <span id="electric_potential"></span><code>electric_<wbr>potential</code> | Real | L²MI⁻¹T⁻³ | <code>[electric_<wbr>potential](#electric_potential)</code> | — | <code>[electric_<wbr>field_<wbr>strength](#electric_field_strength) * <wbr>[length](#length)</code> | [view](../hierarchies/electric_potential.md) |
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| <span id="electric_potential_difference"></span><code>electric_<wbr>potential_<wbr>difference</code> | Real | L²MI⁻¹T⁻³ | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[electric_<wbr>potential](#electric_potential)</code> | — | [view](../hierarchies/electric_potential.md) |
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| <span id="electric_susceptibility"></span><code>electric_<wbr>susceptibility</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[electric_<wbr>polarization](#electric_polarization) / <wbr>[electric_<wbr>constant](#electric_constant) / <wbr>[electric_<wbr>field_<wbr>strength](#electric_field_strength)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="electric_tension"></span><code>electric_<wbr>tension</code> | Real | L²MI⁻¹T⁻³ | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[electric_<wbr>potential](#electric_potential)</code> | alias to [voltage](#voltage) | [view](../hierarchies/electric_potential.md) |
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| <span id="electric_tension_phasor"></span><code>electric_<wbr>tension_<wbr>phasor</code> | Complex | L²MI⁻¹T⁻³ | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[voltage](#voltage)</code> | alias to [voltage_<wbr>phasor](#voltage_phasor) | [view](../hierarchies/electric_potential.md) |
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| <span id="electromagnetic_energy_density"></span><code>electromagnetic_<wbr>energy_<wbr>density</code> | Real | ML⁻¹T⁻² | <code>[electromagnetic_<wbr>energy_<wbr>density](#electromagnetic_energy_density)</code> | — | <code>[electric_<wbr>field_<wbr>strength](#electric_field_strength) * <wbr>[electric_<wbr>flux_<wbr>density](#electric_flux_density)</code> | [view](../hierarchies/electromagnetic_energy_density.md) |
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| <span id="electromagnetism_power"></span><code>electromagnetism_<wbr>power</code> | Real | L²MT⁻³ | <code>[power](#power)</code> | <code>[power](#power)</code> | <code>[voltage](#voltage) * <wbr>[electric_<wbr>current](#electric_current)</code> | [view](../hierarchies/power.md) |
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| <span id="elementary_charge"></span><code>elementary_<wbr>charge</code> | Real | IT | <code>[electric_<wbr>charge](#electric_charge)</code> | <code>[electric_<wbr>charge](#electric_charge)</code> | — | [view](../hierarchies/electric_charge.md) |
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| <span id="energy"></span><code>energy</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | — | <code>[mass](#mass) * <wbr>pow<2>([length](#length)) / <wbr>pow<2>([time](#time))</code> | [view](../hierarchies/energy_isq.md) |
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| <span id="enthalpy"></span><code>enthalpy</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[energy](#energy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="entropy"></span><code>entropy</code> | Real | L²MΘ⁻¹T⁻² | <code>[entropy](#entropy)</code> | — | <code>[kinetic_<wbr>energy](#kinetic_energy) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/entropy.md) |
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| <span id="equivalent_binary_digit_rate"></span><code>equivalent_<wbr>binary_<wbr>digit_<wbr>rate</code> | Real | T⁻¹ | <code>[transfer_<wbr>rate](#transfer_rate)</code> | <code>[binary_<wbr>digit_<wbr>rate](#binary_digit_rate)</code> | — | [view](../hierarchies/transfer_rate.md) |
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| <span id="equivalent_binary_storage_capacity"></span><code>equivalent_<wbr>binary_<wbr>storage_<wbr>capacity</code> | Real | — | <code>[storage_<wbr>capacity](#storage_capacity)</code> | <code>[storage_<wbr>capacity](#storage_capacity)</code> | — | — |
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| <span id="equivalent_bit_rate"></span><code>equivalent_<wbr>bit_<wbr>rate</code> | Real | — | — | — | alias to [bit_<wbr>rate](#bit_rate) | [view](../hierarchies/dimensionless.md) |
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| <span id="error_probability"></span><code>error_<wbr>probability</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="extinction"></span><code>extinction</code> | Real | L⁻¹ | <code>[attenuation](#attenuation)</code> | — | alias to [attenuation](#attenuation) | [view](../hierarchies/attenuation.md) |
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| <span id="force"></span><code>force</code> | Vector | LMT⁻² | <code>[force](#force)</code> | — | <code>[mass](#mass) * <wbr>[acceleration](#acceleration)</code> | [view](../hierarchies/force.md) |
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| <span id="frequency"></span><code>frequency</code> | Real | T⁻¹ | <code>[frequency](#frequency)</code> | — | <code>inverse([period_<wbr>duration](#period_duration))</code> | [view](../hierarchies/frequency.md) |
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| <span id="gauge_pressure"></span><code>gauge_<wbr>pressure</code> | Real | ML⁻¹T⁻² | <code>[pressure](#pressure)</code> | <code>[pressure](#pressure)</code> | — | [view](../hierarchies/pressure.md) |
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| <span id="group_speed"></span><code>group_<wbr>speed</code> | Real | LT⁻¹ | <code>[group_<wbr>speed](#group_speed)</code> | — | <code>[angular_<wbr>frequency](#angular_frequency) / <wbr>[angular_<wbr>repetency](#angular_repetency)</code> | [view](../hierarchies/group_speed.md) |
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| <span id="heat"></span><code>heat</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[energy](#energy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="heat_capacity"></span><code>heat_<wbr>capacity</code> | Real | L²MΘ⁻¹T⁻² | <code>[heat_<wbr>capacity](#heat_capacity)</code> | — | <code>[heat](#heat) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/heat_capacity.md) |
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| <span id="heat_flow_rate"></span><code>heat_<wbr>flow_<wbr>rate</code> | Real | L²MT⁻³ | <code>[heat_<wbr>flow_<wbr>rate](#heat_flow_rate)</code> | — | <code>[heat](#heat) / <wbr>[time](#time)</code> | [view](../hierarchies/heat_flow_rate.md) |
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| <span id="height"></span><code>height</code> | Real | L | <code>[length](#length)</code> | <code>[length](#length)</code> | — | [view](../hierarchies/length.md) |
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| <span id="impedance"></span><code>impedance</code> | Complex | L²MI⁻²T⁻³ | <code>[impedance](#impedance)</code> | — | <code>[voltage_<wbr>phasor](#voltage_phasor) / <wbr>[electric_<wbr>current_<wbr>phasor](#electric_current_phasor)</code> | [view](../hierarchies/impedance.md) |
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| <span id="impedance_of_vacuum"></span><code>impedance_<wbr>of_<wbr>vacuum</code> | Complex | L²MI⁻²T⁻³ | <code>[impedance](#impedance)</code> | <code>[impedance](#impedance)</code> | — | [view](../hierarchies/impedance.md) |
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| <span id="impulse"></span><code>impulse</code> | Vector | LMT⁻¹ | <code>[impulse](#impulse)</code> | — | <code>[force](#force) * <wbr>[time](#time)</code> | [view](../hierarchies/impulse.md) |
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| <span id="induced_voltage"></span><code>induced_<wbr>voltage</code> | Real | L²MI⁻¹T⁻³ | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[voltage](#voltage)</code> | — | [view](../hierarchies/electric_potential.md) |
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| <span id="inductance"></span><code>inductance</code> | Real | L²MI⁻²T⁻² | <code>[inductance](#inductance)</code> | — | <code>[protoflux](#protoflux) / <wbr>[electric_<wbr>current](#electric_current)</code> | [view](../hierarchies/inductance.md) |
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| <span id="instantaneous_power"></span><code>instantaneous_<wbr>power</code> | Real | L²MT⁻³ | <code>[power](#power)</code> | <code>[power](#power)</code> | alias to [electromagnetism_<wbr>power](#electromagnetism_power) | [view](../hierarchies/power.md) |
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| <span id="internal_energy"></span><code>internal_<wbr>energy</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[enthalpy](#enthalpy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="ionizing_radiation_quality_factor"></span><code>ionizing_<wbr>radiation_<wbr>quality_<wbr>factor</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="irradiance"></span><code>irradiance</code> | Real | MT⁻³ | <code>[irradiance](#irradiance)</code> | — | <code>[radiant_<wbr>flux](#radiant_flux) / <wbr>[area](#area)</code> | [view](../hierarchies/irradiance.md) |
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| <span id="isentropic_compressibility"></span><code>isentropic_<wbr>compressibility</code> | Real | LT²M⁻¹ | <code>[isentropic_<wbr>compressibility](#isentropic_compressibility)</code> | — | <code>inverse([volume](#volume)) * <wbr>([volume](#volume) / <wbr>[pressure](#pressure))</code> | [view](../hierarchies/isentropic_compressibility.md) |
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| <span id="isentropic_expansion_factor"></span><code>isentropic_<wbr>expansion_<wbr>factor</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [isentropic_<wbr>exponent](#isentropic_exponent) | [view](../hierarchies/dimensionless.md) |
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| <span id="isentropic_exponent"></span><code>isentropic_<wbr>exponent</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[volume](#volume) / <wbr>[pressure](#pressure) * <wbr>([pressure](#pressure) / <wbr>[volume](#volume))</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="isothermal_compressibility"></span><code>isothermal_<wbr>compressibility</code> | Real | LT²M⁻¹ | <code>[isothermal_<wbr>compressibility](#isothermal_compressibility)</code> | — | <code>inverse([volume](#volume)) * <wbr>([volume](#volume) / <wbr>[pressure](#pressure))</code> | [view](../hierarchies/isothermal_compressibility.md) |
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| <span id="kinematic_viscosity"></span><code>kinematic_<wbr>viscosity</code> | Real | L²T⁻¹ | <code>[kinematic_<wbr>viscosity](#kinematic_viscosity)</code> | — | <code>[dynamic_<wbr>viscosity](#dynamic_viscosity) / <wbr>[mass_<wbr>density](#mass_density)</code> | [view](../hierarchies/kinematic_viscosity.md) |
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| <span id="kinetic_energy"></span><code>kinetic_<wbr>energy</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[mechanical_<wbr>energy](#mechanical_energy)</code> | <code>[mass](#mass) * <wbr>pow<2>([speed](#speed))</code> | [view](../hierarchies/energy_isq.md) |
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| <span id="kinetic_friction_factor"></span><code>kinetic_<wbr>friction_<wbr>factor</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[kinetic_<wbr>friction_<wbr>force](#kinetic_friction_force) / <wbr>[force](#force)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="kinetic_friction_force"></span><code>kinetic_<wbr>friction_<wbr>force</code> | Vector | LMT⁻² | <code>[force](#force)</code> | <code>[force](#force)</code> | — | [view](../hierarchies/force.md) |
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| <span id="latent_heat"></span><code>latent_<wbr>heat</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[heat](#heat)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="leakage_factor"></span><code>leakage_<wbr>factor</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>pow<2>([coupling_<wbr>factor](#coupling_factor))</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="length"></span><code>length</code> | Real | L | <code>[length](#length)</code> | — | — | [view](../hierarchies/length.md) |
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| <span id="light_speed_in_vacuum"></span><code>light_<wbr>speed_<wbr>in_<wbr>vacuum</code> | Real | LT⁻¹ | <code>[speed](#speed)</code> | <code>[speed](#speed)</code> | alias to [speed_<wbr>of_<wbr>light_<wbr>in_<wbr>vacuum](#speed_of_light_in_vacuum) | [view](../hierarchies/speed.md) |
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| <span id="line_digit_rate"></span><code>line_<wbr>digit_<wbr>rate</code> | Real | T⁻¹ | <code>[modulation_<wbr>rate](#modulation_rate)</code> | — | alias to [modulation_<wbr>rate](#modulation_rate) | [view](../hierarchies/modulation_rate.md) |
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| <span id="linear_density"></span><code>linear_<wbr>density</code> | Real | ML⁻¹ | <code>[linear_<wbr>mass_<wbr>density](#linear_mass_density)</code> | — | alias to [linear_<wbr>mass_<wbr>density](#linear_mass_density) | [view](../hierarchies/linear_mass_density.md) |
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| <span id="linear_density_of_electric_charge"></span><code>linear_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge</code> | Real | ITL⁻¹ | <code>[linear_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#linear_density_of_electric_charge)</code> | — | <code>[electric_<wbr>charge](#electric_charge) / <wbr>[length](#length)</code> | [view](../hierarchies/linear_density_of_electric_charge.md) |
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| <span id="linear_electric_current_density"></span><code>linear_<wbr>electric_<wbr>current_<wbr>density</code> | Vector | IL⁻¹ | <code>[linear_<wbr>electric_<wbr>current_<wbr>density](#linear_electric_current_density)</code> | — | <code>[surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#surface_density_of_electric_charge) * <wbr>[velocity](#velocity)</code> | [view](../hierarchies/linear_electric_current_density.md) |
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| <span id="linear_expansion_coefficient"></span><code>linear_<wbr>expansion_<wbr>coefficient</code> | Real | Θ⁻¹ | <code>[linear_<wbr>expansion_<wbr>coefficient](#linear_expansion_coefficient)</code> | — | <code>inverse([length](#length)) * <wbr>([length](#length) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature))</code> | [view](../hierarchies/linear_expansion_coefficient.md) |
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| <span id="linear_mass_density"></span><code>linear_<wbr>mass_<wbr>density</code> | Real | ML⁻¹ | <code>[linear_<wbr>mass_<wbr>density](#linear_mass_density)</code> | — | <code>[mass](#mass) / <wbr>[length](#length)</code> | [view](../hierarchies/linear_mass_density.md) |
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| <span id="lineic_charge"></span><code>lineic_<wbr>charge</code> | Real | ITL⁻¹ | <code>[linear_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#linear_density_of_electric_charge)</code> | — | alias to [linear_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#linear_density_of_electric_charge) | [view](../hierarchies/linear_density_of_electric_charge.md) |
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| <span id="lineic_electric_charge"></span><code>lineic_<wbr>electric_<wbr>charge</code> | Real | ITL⁻¹ | <code>[linear_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#linear_density_of_electric_charge)</code> | — | alias to [linear_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#linear_density_of_electric_charge) | [view](../hierarchies/linear_density_of_electric_charge.md) |
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| <span id="linked_magnetic_flux"></span><code>linked_<wbr>magnetic_<wbr>flux</code> | Real | L²MI⁻¹T⁻² | <code>[magnetic_<wbr>flux](#magnetic_flux)</code> | <code>[magnetic_<wbr>flux](#magnetic_flux)</code> | — | [view](../hierarchies/magnetic_flux.md) |
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| <span id="logarithmic_decrement"></span><code>logarithmic_<wbr>decrement</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[damping_<wbr>coefficient](#damping_coefficient) * <wbr>[period_<wbr>duration](#period_duration)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="loss_angle"></span><code>loss_<wbr>angle</code> | Real | — | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[angular_<wbr>measure](#angular_measure)</code> | — | — |
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| <span id="loss_factor"></span><code>loss_<wbr>factor</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>inverse([quality_<wbr>factor](#quality_factor))</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="loss_probability"></span><code>loss_<wbr>probability</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="luminal_speed"></span><code>luminal_<wbr>speed</code> | Real | LT⁻¹ | <code>[speed](#speed)</code> | <code>[speed](#speed)</code> | alias to [speed_<wbr>of_<wbr>light_<wbr>in_<wbr>vacuum](#speed_of_light_in_vacuum) | [view](../hierarchies/speed.md) |
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| <span id="luminous_intensity"></span><code>luminous_<wbr>intensity</code> | Real | J | <code>[luminous_<wbr>intensity](#luminous_intensity)</code> | — | — | [view](../hierarchies/luminous_intensity.md) |
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| <span id="magnetic_area_moment"></span><code>magnetic_<wbr>area_<wbr>moment</code> | Vector | IL² | <code>[magnetic_<wbr>moment](#magnetic_moment)</code> | — | alias to [magnetic_<wbr>moment](#magnetic_moment) | [view](../hierarchies/magnetic_moment.md) |
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| <span id="magnetic_constant"></span><code>magnetic_<wbr>constant</code> | Real | LMI⁻²T⁻² | <code>[magnetic_<wbr>constant](#magnetic_constant)</code> | — | <code>[electric_<wbr>potential](#electric_potential) * <wbr>[time](#time) / <wbr>([electric_<wbr>current](#electric_current) * <wbr>[length](#length))</code> | [view](../hierarchies/magnetic_constant.md) |
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| <span id="magnetic_dipole_moment"></span><code>magnetic_<wbr>dipole_<wbr>moment</code> | Vector | L³MI⁻¹T⁻² | <code>[magnetic_<wbr>dipole_<wbr>moment](#magnetic_dipole_moment)</code> | — | <code>[magnetic_<wbr>constant](#magnetic_constant) * <wbr>[magnetic_<wbr>moment](#magnetic_moment)</code> | [view](../hierarchies/magnetic_dipole_moment.md) |
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| <span id="magnetic_field_strength"></span><code>magnetic_<wbr>field_<wbr>strength</code> | Vector | IL⁻¹ | <code>[magnetization](#magnetization)</code> | <code>[magnetization](#magnetization)</code> | — | [view](../hierarchies/magnetization.md) |
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| <span id="magnetic_flux"></span><code>magnetic_<wbr>flux</code> | Real | L²MI⁻¹T⁻² | <code>[magnetic_<wbr>flux](#magnetic_flux)</code> | — | <code>[magnetic_<wbr>flux_<wbr>density](#magnetic_flux_density) * <wbr>[area](#area)</code> | [view](../hierarchies/magnetic_flux.md) |
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| <span id="magnetic_flux_density"></span><code>magnetic_<wbr>flux_<wbr>density</code> | Vector | MI⁻¹T⁻² | <code>[magnetic_<wbr>flux_<wbr>density](#magnetic_flux_density)</code> | — | <code>[force](#force) / <wbr>([electric_<wbr>charge](#electric_charge) * <wbr>[velocity](#velocity))</code> | [view](../hierarchies/magnetic_flux_density.md) |
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| <span id="magnetic_moment"></span><code>magnetic_<wbr>moment</code> | Vector | IL² | <code>[magnetic_<wbr>moment](#magnetic_moment)</code> | — | <code>[electric_<wbr>current](#electric_current) * <wbr>[area](#area)</code> | [view](../hierarchies/magnetic_moment.md) |
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| <span id="magnetic_polarization"></span><code>magnetic_<wbr>polarization</code> | Vector | MI⁻¹T⁻² | <code>[magnetic_<wbr>polarization](#magnetic_polarization)</code> | — | <code>[magnetic_<wbr>constant](#magnetic_constant) * <wbr>[magnetization](#magnetization)</code> | [view](../hierarchies/magnetic_polarization.md) |
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| <span id="magnetic_potential"></span><code>magnetic_<wbr>potential</code> | Real | I | <code>[electric_<wbr>current](#electric_current)</code> | <code>[electric_<wbr>current](#electric_current)</code> | — | [view](../hierarchies/electric_current.md) |
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| <span id="magnetic_susceptibility"></span><code>magnetic_<wbr>susceptibility</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[magnetization](#magnetization) / <wbr>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="magnetic_tension"></span><code>magnetic_<wbr>tension</code> | Real | I | <code>[electric_<wbr>current](#electric_current)</code> | <code>[electric_<wbr>current](#electric_current)</code> | <code>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength) * <wbr>[position_<wbr>vector](#position_vector)</code> | [view](../hierarchies/electric_current.md) |
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| <span id="magnetic_vector_potential"></span><code>magnetic_<wbr>vector_<wbr>potential</code> | Vector | LMI⁻¹T⁻² | <code>[magnetic_<wbr>vector_<wbr>potential](#magnetic_vector_potential)</code> | — | <code>[magnetic_<wbr>flux_<wbr>density](#magnetic_flux_density) * <wbr>[length](#length)</code> | [view](../hierarchies/magnetic_vector_potential.md) |
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| <span id="magnetization"></span><code>magnetization</code> | Vector | IL⁻¹ | <code>[magnetization](#magnetization)</code> | — | <code>[magnetic_<wbr>moment](#magnetic_moment) / <wbr>[volume](#volume)</code> | [view](../hierarchies/magnetization.md) |
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| <span id="magnetizing_field"></span><code>magnetizing_<wbr>field</code> | Vector | IL⁻¹ | <code>[magnetization](#magnetization)</code> | <code>[magnetization](#magnetization)</code> | alias to [magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength) | [view](../hierarchies/magnetization.md) |
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| <span id="magnetomotive_force"></span><code>magnetomotive_<wbr>force</code> | Real | I | <code>[electric_<wbr>current](#electric_current)</code> | <code>[electric_<wbr>current](#electric_current)</code> | <code>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength) * <wbr>[position_<wbr>vector](#position_vector)</code> | [view](../hierarchies/electric_current.md) |
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| <span id="mass"></span><code>mass</code> | Real | M | <code>[mass](#mass)</code> | — | — | [view](../hierarchies/mass.md) |
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| <span id="mass_change_rate"></span><code>mass_<wbr>change_<wbr>rate</code> | Real | MT⁻¹ | <code>[mass_<wbr>change_<wbr>rate](#mass_change_rate)</code> | — | <code>[mass](#mass) / <wbr>[time](#time)</code> | [view](../hierarchies/mass_change_rate.md) |
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| <span id="mass_concentration_of_water"></span><code>mass_<wbr>concentration_<wbr>of_<wbr>water</code> | Real | ML⁻³ | <code>[mass_<wbr>concentration_<wbr>of_<wbr>water](#mass_concentration_of_water)</code> | — | <code>[mass](#mass) / <wbr>[volume](#volume)</code> | [view](../hierarchies/mass_concentration_of_water.md) |
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| <span id="mass_concentration_of_water_vapour"></span><code>mass_<wbr>concentration_<wbr>of_<wbr>water_<wbr>vapour</code> | Real | ML⁻³ | <code>[mass_<wbr>concentration_<wbr>of_<wbr>water_<wbr>vapour](#mass_concentration_of_water_vapour)</code> | — | <code>[mass](#mass) / <wbr>[volume](#volume)</code> | [view](../hierarchies/mass_concentration_of_water_vapour.md) |
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| <span id="mass_density"></span><code>mass_<wbr>density</code> | Real | ML⁻³ | <code>[mass_<wbr>density](#mass_density)</code> | — | <code>[mass](#mass) / <wbr>[volume](#volume)</code> | [view](../hierarchies/mass_density.md) |
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| <span id="mass_flow"></span><code>mass_<wbr>flow</code> | Vector | ML⁻²T⁻¹ | <code>[mass_<wbr>flow](#mass_flow)</code> | — | <code>[mass_<wbr>density](#mass_density) * <wbr>[velocity](#velocity)</code> | [view](../hierarchies/mass_flow.md) |
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| <span id="mass_flow_rate"></span><code>mass_<wbr>flow_<wbr>rate</code> | Real | MT⁻¹ | <code>[mass_<wbr>flow_<wbr>rate](#mass_flow_rate)</code> | — | <code>[mass_<wbr>flow](#mass_flow) * <wbr>[area](#area)</code> | [view](../hierarchies/mass_flow_rate.md) |
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| <span id="mass_fraction_of_dry_matter"></span><code>mass_<wbr>fraction_<wbr>of_<wbr>dry_<wbr>matter</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass_<wbr>fraction_<wbr>of_<wbr>water](#mass_fraction_of_water)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="mass_fraction_of_water"></span><code>mass_<wbr>fraction_<wbr>of_<wbr>water</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass_<wbr>ratio_<wbr>of_<wbr>water_<wbr>to_<wbr>dry_<wbr>matter](#mass_ratio_of_water_to_dry_matter) / <wbr>[mass_<wbr>ratio_<wbr>of_<wbr>water_<wbr>to_<wbr>dry_<wbr>matter](#mass_ratio_of_water_to_dry_matter)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="mass_ratio_of_water_to_dry_matter"></span><code>mass_<wbr>ratio_<wbr>of_<wbr>water_<wbr>to_<wbr>dry_<wbr>matter</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass](#mass) / <wbr>[mass](#mass)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="mass_ratio_of_water_vapour_to_dry_gas"></span><code>mass_<wbr>ratio_<wbr>of_<wbr>water_<wbr>vapour_<wbr>to_<wbr>dry_<wbr>gas</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass](#mass) / <wbr>[mass](#mass)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="maximum_efficiency"></span><code>maximum_<wbr>efficiency</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="mean_queue_length"></span><code>mean_<wbr>queue_<wbr>length</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="mechanical_efficiency"></span><code>mechanical_<wbr>efficiency</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mechanical_<wbr>power](#mechanical_power) / <wbr>[mechanical_<wbr>power](#mechanical_power)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="mechanical_energy"></span><code>mechanical_<wbr>energy</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[energy](#energy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="mechanical_power"></span><code>mechanical_<wbr>power</code> | Real | L²MT⁻³ | <code>[power](#power)</code> | <code>[power](#power)</code> | <code>[force](#force) * <wbr>[velocity](#velocity)</code> | [view](../hierarchies/power.md) |
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| <span id="mechanical_work"></span><code>mechanical_<wbr>work</code> | Real | L²MT⁻² | <code>[mechanical_<wbr>work](#mechanical_work)</code> | — | <code>[force](#force) * <wbr>[displacement](#displacement)</code> | [view](../hierarchies/mechanical_work.md) |
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| <span id="modulation_rate"></span><code>modulation_<wbr>rate</code> | Real | T⁻¹ | <code>[modulation_<wbr>rate](#modulation_rate)</code> | — | <code>inverse([duration](#duration))</code> | [view](../hierarchies/modulation_rate.md) |
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| <span id="modulus_of_compression"></span><code>modulus_<wbr>of_<wbr>compression</code> | Real | ML⁻¹T⁻² | <code>[modulus_<wbr>of_<wbr>compression](#modulus_of_compression)</code> | — | <code>[pressure](#pressure) / <wbr>[relative_<wbr>volume_<wbr>strain](#relative_volume_strain)</code> | [view](../hierarchies/modulus_of_compression.md) |
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| <span id="modulus_of_elasticity"></span><code>modulus_<wbr>of_<wbr>elasticity</code> | Real | ML⁻¹T⁻² | <code>[modulus_<wbr>of_<wbr>elasticity](#modulus_of_elasticity)</code> | — | <code>[normal_<wbr>stress](#normal_stress) / <wbr>[relative_<wbr>linear_<wbr>strain](#relative_linear_strain)</code> | [view](../hierarchies/modulus_of_elasticity.md) |
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| <span id="modulus_of_rigidity"></span><code>modulus_<wbr>of_<wbr>rigidity</code> | Real | ML⁻¹T⁻² | <code>[modulus_<wbr>of_<wbr>rigidity](#modulus_of_rigidity)</code> | — | <code>[shear_<wbr>stress](#shear_stress) / <wbr>[shear_<wbr>strain](#shear_strain)</code> | [view](../hierarchies/modulus_of_rigidity.md) |
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| <span id="moment_of_force"></span><code>moment_<wbr>of_<wbr>force</code> | Vector | L²MT⁻² | <code>[moment_<wbr>of_<wbr>force](#moment_of_force)</code> | — | <code>[position_<wbr>vector](#position_vector) * <wbr>[force](#force)</code> | [view](../hierarchies/moment_of_force_isq.md) |
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| <span id="moment_of_inertia"></span><code>moment_<wbr>of_<wbr>inertia</code> | Tensor | L²M | <code>[moment_<wbr>of_<wbr>inertia](#moment_of_inertia)</code> | — | <code>[angular_<wbr>momentum](#angular_momentum) / <wbr>[angular_<wbr>velocity](#angular_velocity)</code> | [view](../hierarchies/moment_of_inertia_isq.md) |
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| <span id="momentum"></span><code>momentum</code> | Vector | LMT⁻¹ | <code>[momentum](#momentum)</code> | — | <code>[mass](#mass) * <wbr>[velocity](#velocity)</code> | [view](../hierarchies/momentum.md) |
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| <span id="mutual_inductance"></span><code>mutual_<wbr>inductance</code> | Real | L²MI⁻²T⁻² | <code>[mutual_<wbr>inductance](#mutual_inductance)</code> | — | <code>[protoflux](#protoflux) / <wbr>[electric_<wbr>current](#electric_current)</code> | [view](../hierarchies/mutual_inductance.md) |
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| <span id="non_active_power"></span><code>non_<wbr>active_<wbr>power</code> | Real | L²MT⁻³ | <code>[complex_<wbr>power](#complex_power)</code> | <code>[apparent_<wbr>power](#apparent_power)</code> | <code>pow<1, 2>(pow<2>([apparent_<wbr>power](#apparent_power)))</code> | [view](../hierarchies/complex_power.md) |
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| <span id="normal_stress"></span><code>normal_<wbr>stress</code> | Real | ML⁻¹T⁻² | <code>[pressure](#pressure)</code> | <code>[pressure](#pressure)</code> | — | [view](../hierarchies/pressure.md) |
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| <span id="number_of_turns_in_a_winding"></span><code>number_<wbr>of_<wbr>turns_<wbr>in_<wbr>a_<wbr>winding</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="path_length"></span><code>path_<wbr>length</code> | Real | L | <code>[length](#length)</code> | <code>[length](#length)</code> | — | [view](../hierarchies/length.md) |
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| <span id="period"></span><code>period</code> | Real | T | <code>[duration](#duration)</code> | <code>[duration](#duration)</code> | alias to [period_<wbr>duration](#period_duration) | [view](../hierarchies/duration.md) |
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| <span id="period_duration"></span><code>period_<wbr>duration</code> | Real | T | <code>[duration](#duration)</code> | <code>[duration](#duration)</code> | — | [view](../hierarchies/duration.md) |
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| <span id="period_of_binary_digits"></span><code>period_<wbr>of_<wbr>binary_<wbr>digits</code> | Real | T | <code>[duration](#duration)</code> | <code>[period_<wbr>duration](#period_duration)</code> | <code>inverse([binary_<wbr>digit_<wbr>rate](#binary_digit_rate))</code> | [view](../hierarchies/duration.md) |
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| <span id="period_of_data_elements"></span><code>period_<wbr>of_<wbr>data_<wbr>elements</code> | Real | T | <code>[duration](#duration)</code> | <code>[period_<wbr>duration](#period_duration)</code> | <code>inverse([transfer_<wbr>rate](#transfer_rate))</code> | [view](../hierarchies/duration.md) |
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| <span id="permeability"></span><code>permeability</code> | Real | LMI⁻²T⁻² | <code>[permeability](#permeability)</code> | — | <code>[magnetic_<wbr>flux_<wbr>density](#magnetic_flux_density) / <wbr>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength)</code> | [view](../hierarchies/permeability.md) |
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| <span id="permeability_of_vacuum"></span><code>permeability_<wbr>of_<wbr>vacuum</code> | Real | LMI⁻²T⁻² | <code>[magnetic_<wbr>constant](#magnetic_constant)</code> | — | alias to [magnetic_<wbr>constant](#magnetic_constant) | [view](../hierarchies/magnetic_constant.md) |
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| <span id="permeance"></span><code>permeance</code> | Real | L²MI⁻²T⁻² | <code>[permeance](#permeance)</code> | — | <code>inverse([reluctance](#reluctance))</code> | [view](../hierarchies/permeance.md) |
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| <span id="permittivity"></span><code>permittivity</code> | Real | I²T⁴L⁻³M⁻¹ | <code>[permittivity](#permittivity)</code> | — | <code>[electric_<wbr>flux_<wbr>density](#electric_flux_density) / <wbr>[electric_<wbr>field_<wbr>strength](#electric_field_strength)</code> | [view](../hierarchies/permittivity.md) |
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| <span id="permittivity_of_vacuum"></span><code>permittivity_<wbr>of_<wbr>vacuum</code> | Real | I²T⁴L⁻³M⁻¹ | <code>[electric_<wbr>constant](#electric_constant)</code> | — | alias to [electric_<wbr>constant](#electric_constant) | [view](../hierarchies/electric_constant.md) |
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| <span id="phase_angle"></span><code>phase_<wbr>angle</code> | Real | — | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[angular_<wbr>measure](#angular_measure)</code> | — | — |
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| <span id="phase_coefficient"></span><code>phase_<wbr>coefficient</code> | Real | L⁻¹ | <code>[phase_<wbr>coefficient](#phase_coefficient)</code> | — | <code>[phase_<wbr>angle](#phase_angle) / <wbr>[path_<wbr>length](#path_length)</code> | [view](../hierarchies/phase_coefficient_isq.md) |
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| <span id="phase_difference"></span><code>phase_<wbr>difference</code> | Real | — | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[phase_<wbr>angle](#phase_angle)</code> | — | — |
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| <span id="phase_speed"></span><code>phase_<wbr>speed</code> | Real | LT⁻¹ | <code>[phase_<wbr>speed](#phase_speed)</code> | — | <code>[angular_<wbr>frequency](#angular_frequency) / <wbr>[angular_<wbr>repetency](#angular_repetency)</code> | [view](../hierarchies/phase_speed.md) |
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| <span id="phase_speed_of_electromagnetic_waves"></span><code>phase_<wbr>speed_<wbr>of_<wbr>electromagnetic_<wbr>waves</code> | Real | LT⁻¹ | <code>[phase_<wbr>speed_<wbr>of_<wbr>electromagnetic_<wbr>waves](#phase_speed_of_electromagnetic_waves)</code> | — | <code>[angular_<wbr>frequency](#angular_frequency) / <wbr>[angular_<wbr>wavenumber](#angular_wavenumber)</code> | [view](../hierarchies/phase_speed_of_electromagnetic_waves.md) |
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| <span id="position_vector"></span><code>position_<wbr>vector</code> | Vector | L | <code>[length](#length)</code> | <code>[displacement](#displacement)</code> | — | [view](../hierarchies/length.md) |
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| <span id="potential_energy"></span><code>potential_<wbr>energy</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[mechanical_<wbr>energy](#mechanical_energy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="power"></span><code>power</code> | Real | L²MT⁻³ | <code>[power](#power)</code> | — | <code>[mass](#mass) * <wbr>pow<2>([length](#length)) / <wbr>pow<3>([time](#time))</code> | [view](../hierarchies/power.md) |
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| <span id="power_factor"></span><code>power_<wbr>factor</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[active_<wbr>power](#active_power) / <wbr>[apparent_<wbr>power](#apparent_power)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="pressure"></span><code>pressure</code> | Real | ML⁻¹T⁻² | <code>[pressure](#pressure)</code> | — | <code>[force](#force) / <wbr>[area](#area)</code> | [view](../hierarchies/pressure.md) |
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| <span id="pressure_coefficient"></span><code>pressure_<wbr>coefficient</code> | Real | ML⁻¹Θ⁻¹T⁻² | <code>[pressure_<wbr>coefficient](#pressure_coefficient)</code> | — | <code>[pressure](#pressure) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/pressure_coefficient.md) |
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| <span id="propagation_coefficient"></span><code>propagation_<wbr>coefficient</code> | Real | L⁻¹ | <code>[propagation_<wbr>coefficient](#propagation_coefficient)</code> | — | <code>inverse([length](#length))</code> | [view](../hierarchies/propagation_coefficient_isq.md) |
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| <span id="protoflux"></span><code>protoflux</code> | Real | L²MI⁻¹T⁻² | <code>[protoflux](#protoflux)</code> | — | <code>[magnetic_<wbr>vector_<wbr>potential](#magnetic_vector_potential) * <wbr>[displacement](#displacement)</code> | [view](../hierarchies/protoflux.md) |
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| <span id="quality_factor"></span><code>quality_<wbr>factor</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[reactance](#reactance) / <wbr>[resistance](#resistance)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="quantizing_distortion_power"></span><code>quantizing_<wbr>distortion_<wbr>power</code> | Real | L²MT⁻³ | <code>[power](#power)</code> | <code>[power](#power)</code> | — | [view](../hierarchies/power.md) |
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| <span id="radial_distance"></span><code>radial_<wbr>distance</code> | Real | L | <code>[length](#length)</code> | <code>[distance](#distance)</code> | — | [view](../hierarchies/length.md) |
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| <span id="radiance"></span><code>radiance</code> | Real | MT⁻³ | <code>[radiance](#radiance)</code> | — | <code>[radiant_<wbr>intensity](#radiant_intensity) / <wbr>[area](#area)</code> | [view](../hierarchies/radiance.md) |
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| <span id="radiant_energy"></span><code>radiant_<wbr>energy</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[energy](#energy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="radiant_energy_density"></span><code>radiant_<wbr>energy_<wbr>density</code> | Real | ML⁻¹T⁻² | <code>[radiant_<wbr>energy_<wbr>density](#radiant_energy_density)</code> | — | <code>[radiant_<wbr>energy](#radiant_energy) / <wbr>[volume](#volume)</code> | [view](../hierarchies/radiant_energy_density.md) |
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| <span id="radiant_exitance"></span><code>radiant_<wbr>exitance</code> | Real | MT⁻³ | <code>[radiant_<wbr>exitance](#radiant_exitance)</code> | — | <code>[radiant_<wbr>flux](#radiant_flux) / <wbr>[area](#area)</code> | [view](../hierarchies/radiant_exitance.md) |
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| <span id="radiant_exposure"></span><code>radiant_<wbr>exposure</code> | Real | MT⁻² | <code>[radiant_<wbr>exposure](#radiant_exposure)</code> | — | <code>[radiant_<wbr>energy](#radiant_energy) / <wbr>[area](#area)</code> | [view](../hierarchies/radiant_exposure.md) |
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| <span id="radiant_flux"></span><code>radiant_<wbr>flux</code> | Real | L²MT⁻³ | <code>[power](#power)</code> | <code>[power](#power)</code> | <code>[radiant_<wbr>energy](#radiant_energy) / <wbr>[time](#time)</code> | [view](../hierarchies/power.md) |
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| <span id="radiant_intensity"></span><code>radiant_<wbr>intensity</code> | Real | L²MT⁻³ | <code>[radiant_<wbr>intensity](#radiant_intensity)</code> | — | <code>[radiant_<wbr>flux](#radiant_flux) / <wbr>[solid_<wbr>angular_<wbr>measure](#solid_angular_measure)</code> | [view](../hierarchies/radiant_intensity.md) |
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| <span id="radiant_power"></span><code>radiant_<wbr>power</code> | Real | L²MT⁻³ | <code>[power](#power)</code> | <code>[power](#power)</code> | alias to [radiant_<wbr>flux](#radiant_flux) | [view](../hierarchies/power.md) |
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| <span id="radius"></span><code>radius</code> | Real | L | <code>[length](#length)</code> | <code>[width](#width)</code> | — | [view](../hierarchies/length.md) |
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| <span id="radius_of_curvature"></span><code>radius_<wbr>of_<wbr>curvature</code> | Real | L | <code>[length](#length)</code> | <code>[radius](#radius)</code> | — | [view](../hierarchies/length.md) |
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| <span id="ratio_of_specific_heat_capacities"></span><code>ratio_<wbr>of_<wbr>specific_<wbr>heat_<wbr>capacities</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[specific_<wbr>heat_<wbr>capacity_<wbr>at_<wbr>constant_<wbr>pressure](#specific_heat_capacity_at_constant_pressure) / <wbr>[specific_<wbr>heat_<wbr>capacity_<wbr>at_<wbr>constant_<wbr>volume](#specific_heat_capacity_at_constant_volume)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="reactance"></span><code>reactance</code> | Real | L²MI⁻²T⁻³ | <code>[impedance](#impedance)</code> | <code>[impedance](#impedance)</code> | — | [view](../hierarchies/impedance.md) |
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| <span id="reactive_power"></span><code>reactive_<wbr>power</code> | Real | L²MT⁻³ | <code>[reactive_<wbr>power](#reactive_power)</code> | — | <code>[mass](#mass) * <wbr>pow<2>([length](#length)) / <wbr>pow<3>([duration](#duration))</code> | [view](../hierarchies/reactive_power.md) |
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| <span id="refractive_index"></span><code>refractive_<wbr>index</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[speed_<wbr>of_<wbr>light_<wbr>in_<wbr>vacuum](#speed_of_light_in_vacuum) / <wbr>[speed_<wbr>of_<wbr>light_<wbr>in_<wbr>a_<wbr>medium](#speed_of_light_in_a_medium)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_density"></span><code>relative_<wbr>density</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [relative_<wbr>mass_<wbr>density](#relative_mass_density) | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_humidity"></span><code>relative_<wbr>humidity</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[pressure](#pressure) / <wbr>[pressure](#pressure)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_linear_strain"></span><code>relative_<wbr>linear_<wbr>strain</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[length](#length) / <wbr>[length](#length)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_mass_concentration_of_vapour"></span><code>relative_<wbr>mass_<wbr>concentration_<wbr>of_<wbr>vapour</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass_<wbr>concentration_<wbr>of_<wbr>water_<wbr>vapour](#mass_concentration_of_water_vapour) / <wbr>[mass_<wbr>concentration_<wbr>of_<wbr>water_<wbr>vapour](#mass_concentration_of_water_vapour)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_mass_density"></span><code>relative_<wbr>mass_<wbr>density</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass_<wbr>density](#mass_density) / <wbr>[mass_<wbr>density](#mass_density)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_mass_ratio_of_vapour"></span><code>relative_<wbr>mass_<wbr>ratio_<wbr>of_<wbr>vapour</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass_<wbr>ratio_<wbr>of_<wbr>water_<wbr>vapour_<wbr>to_<wbr>dry_<wbr>gas](#mass_ratio_of_water_vapour_to_dry_gas) / <wbr>[mass_<wbr>ratio_<wbr>of_<wbr>water_<wbr>vapour_<wbr>to_<wbr>dry_<wbr>gas](#mass_ratio_of_water_vapour_to_dry_gas)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_permeability"></span><code>relative_<wbr>permeability</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[permeability](#permeability) / <wbr>[magnetic_<wbr>constant](#magnetic_constant)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_permittivity"></span><code>relative_<wbr>permittivity</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[permittivity](#permittivity) / <wbr>[electric_<wbr>constant](#electric_constant)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_pressure_coefficient"></span><code>relative_<wbr>pressure_<wbr>coefficient</code> | Real | Θ⁻¹ | <code>[relative_<wbr>pressure_<wbr>coefficient](#relative_pressure_coefficient)</code> | — | <code>inverse([pressure](#pressure)) * <wbr>([pressure](#pressure) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature))</code> | [view](../hierarchies/relative_pressure_coefficient.md) |
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| <span id="relative_volume_strain"></span><code>relative_<wbr>volume_<wbr>strain</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[volume](#volume) / <wbr>[volume](#volume)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="reluctance"></span><code>reluctance</code> | Real | I²T²L⁻²M⁻¹ | <code>[reluctance](#reluctance)</code> | — | <code>[magnetic_<wbr>tension](#magnetic_tension) / <wbr>[magnetic_<wbr>flux](#magnetic_flux)</code> | [view](../hierarchies/reluctance.md) |
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| <span id="repetency"></span><code>repetency</code> | Real | L⁻¹ | <code>[repetency](#repetency)</code> | — | <code>inverse([wavelength](#wavelength))</code> | [view](../hierarchies/repetency.md) |
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| <span id="resistance"></span><code>resistance</code> | Real | L²MI⁻²T⁻³ | <code>[resistance](#resistance)</code> | — | <code>[voltage](#voltage) / <wbr>[electric_<wbr>current](#electric_current)</code> | [view](../hierarchies/resistance.md) |
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| <span id="resistance_to_alternating_current"></span><code>resistance_<wbr>to_<wbr>alternating_<wbr>current</code> | Real | L²MI⁻²T⁻³ | <code>[impedance](#impedance)</code> | <code>[impedance](#impedance)</code> | — | [view](../hierarchies/impedance.md) |
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| <span id="resistivity"></span><code>resistivity</code> | Real | L³MI⁻²T⁻³ | <code>[resistivity](#resistivity)</code> | — | <code>inverse([conductivity](#conductivity))</code> | [view](../hierarchies/resistivity.md) |
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| <span id="rolling_drag"></span><code>rolling_<wbr>drag</code> | Vector | LMT⁻² | <code>[force](#force)</code> | <code>[force](#force)</code> | alias to [rolling_<wbr>resistance](#rolling_resistance) | [view](../hierarchies/force.md) |
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| <span id="rolling_friction_force"></span><code>rolling_<wbr>friction_<wbr>force</code> | Vector | LMT⁻² | <code>[force](#force)</code> | <code>[force](#force)</code> | alias to [rolling_<wbr>resistance](#rolling_resistance) | [view](../hierarchies/force.md) |
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| <span id="rolling_resistance"></span><code>rolling_<wbr>resistance</code> | Vector | LMT⁻² | <code>[force](#force)</code> | <code>[force](#force)</code> | — | [view](../hierarchies/force.md) |
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| <span id="rolling_resistance_factor"></span><code>rolling_<wbr>resistance_<wbr>factor</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[force](#force) / <wbr>[force](#force)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="rotation"></span><code>rotation</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="rotational_displacement"></span><code>rotational_<wbr>displacement</code> | Real | — | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[path_<wbr>length](#path_length) / <wbr>[radius](#radius)</code> | — |
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| <span id="rotational_frequency"></span><code>rotational_<wbr>frequency</code> | Real | T⁻¹ | <code>[rotational_<wbr>frequency](#rotational_frequency)</code> | — | <code>[rotation](#rotation) / <wbr>[duration](#duration)</code> | [view](../hierarchies/rotational_frequency.md) |
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| <span id="second_axial_moment_of_area"></span><code>second_<wbr>axial_<wbr>moment_<wbr>of_<wbr>area</code> | Real | L⁴ | <code>[second_<wbr>axial_<wbr>moment_<wbr>of_<wbr>area](#second_axial_moment_of_area)</code> | — | <code>pow<2>([radial_<wbr>distance](#radial_distance)) * <wbr>[area](#area)</code> | [view](../hierarchies/second_axial_moment_of_area.md) |
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| <span id="second_polar_moment_of_area"></span><code>second_<wbr>polar_<wbr>moment_<wbr>of_<wbr>area</code> | Real | L⁴ | <code>[second_<wbr>polar_<wbr>moment_<wbr>of_<wbr>area](#second_polar_moment_of_area)</code> | — | <code>pow<2>([radial_<wbr>distance](#radial_distance)) * <wbr>[area](#area)</code> | [view](../hierarchies/second_polar_moment_of_area.md) |
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| <span id="section_modulus"></span><code>section_<wbr>modulus</code> | Real | L³ | <code>[section_<wbr>modulus](#section_modulus)</code> | — | <code>[second_<wbr>axial_<wbr>moment_<wbr>of_<wbr>area](#second_axial_moment_of_area) / <wbr>[radial_<wbr>distance](#radial_distance)</code> | [view](../hierarchies/section_modulus.md) |
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| <span id="self_inductance"></span><code>self_<wbr>inductance</code> | Real | L²MI⁻²T⁻² | <code>[inductance](#inductance)</code> | — | alias to [inductance](#inductance) | [view](../hierarchies/inductance.md) |
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| <span id="shear_modulus"></span><code>shear_<wbr>modulus</code> | Real | ML⁻¹T⁻² | <code>[modulus_<wbr>of_<wbr>rigidity](#modulus_of_rigidity)</code> | — | alias to [modulus_<wbr>of_<wbr>rigidity](#modulus_of_rigidity) | [view](../hierarchies/modulus_of_rigidity.md) |
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| <span id="shear_strain"></span><code>shear_<wbr>strain</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[displacement](#displacement) / <wbr>[thickness](#thickness)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="shear_stress"></span><code>shear_<wbr>stress</code> | Real | ML⁻¹T⁻² | <code>[pressure](#pressure)</code> | <code>[pressure](#pressure)</code> | — | [view](../hierarchies/pressure.md) |
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| <span id="signal_energy_per_binary_digit"></span><code>signal_<wbr>energy_<wbr>per_<wbr>binary_<wbr>digit</code> | Real | L²MT⁻² | <code>[signal_<wbr>energy_<wbr>per_<wbr>binary_<wbr>digit](#signal_energy_per_binary_digit)</code> | — | <code>[carrier_<wbr>power](#carrier_power) * <wbr>[period_<wbr>of_<wbr>binary_<wbr>digits](#period_of_binary_digits)</code> | [view](../hierarchies/signal_energy_per_binary_digit.md) |
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| <span id="solid_angular_measure"></span><code>solid_<wbr>angular_<wbr>measure</code> | Real | — | <code>[solid_<wbr>angular_<wbr>measure](#solid_angular_measure)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[area](#area) / <wbr>pow<2>([radius](#radius))</code> | [view](../hierarchies/solid_angular_measure.md) |
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| <span id="source_tension"></span><code>source_<wbr>tension</code> | Real | L²MI⁻¹T⁻³ | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[voltage](#voltage)</code> | alias to [source_<wbr>voltage](#source_voltage) | [view](../hierarchies/electric_potential.md) |
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| <span id="source_voltage"></span><code>source_<wbr>voltage</code> | Real | L²MI⁻¹T⁻³ | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[voltage](#voltage)</code> | — | [view](../hierarchies/electric_potential.md) |
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| <span id="specific_Gibbs_energy"></span><code>specific_<wbr>Gibbs_<wbr>energy</code> | Real | L²T⁻² | <code>[specific_<wbr>Gibbs_<wbr>energy](#specific_Gibbs_energy)</code> | — | <code>[Gibbs_<wbr>energy](#Gibbs_energy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_Gibbs_energy.md) |
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| <span id="specific_Gibbs_function"></span><code>specific_<wbr>Gibbs_<wbr>function</code> | Real | L²T⁻² | <code>[specific_<wbr>Gibbs_<wbr>energy](#specific_Gibbs_energy)</code> | — | alias to [specific_<wbr>Gibbs_<wbr>energy](#specific_Gibbs_energy) | [view](../hierarchies/specific_Gibbs_energy.md) |
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| <span id="specific_Helmholtz_energy"></span><code>specific_<wbr>Helmholtz_<wbr>energy</code> | Real | L²T⁻² | <code>[specific_<wbr>Helmholtz_<wbr>energy](#specific_Helmholtz_energy)</code> | — | <code>[Helmholtz_<wbr>energy](#Helmholtz_energy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_Helmholtz_energy.md) |
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| <span id="specific_Helmholtz_function"></span><code>specific_<wbr>Helmholtz_<wbr>function</code> | Real | L²T⁻² | <code>[specific_<wbr>Helmholtz_<wbr>energy](#specific_Helmholtz_energy)</code> | — | alias to [specific_<wbr>Helmholtz_<wbr>energy](#specific_Helmholtz_energy) | [view](../hierarchies/specific_Helmholtz_energy.md) |
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| <span id="specific_energy"></span><code>specific_<wbr>energy</code> | Real | L²T⁻² | <code>[specific_<wbr>energy](#specific_energy)</code> | — | <code>[energy](#energy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_energy.md) |
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| <span id="specific_enthalpy"></span><code>specific_<wbr>enthalpy</code> | Real | L²T⁻² | <code>[specific_<wbr>enthalpy](#specific_enthalpy)</code> | — | <code>[enthalpy](#enthalpy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_enthalpy.md) |
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| <span id="specific_entropy"></span><code>specific_<wbr>entropy</code> | Real | L²Θ⁻¹T⁻² | <code>[specific_<wbr>entropy](#specific_entropy)</code> | — | <code>[entropy](#entropy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_entropy.md) |
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| <span id="specific_gas_constant"></span><code>specific_<wbr>gas_<wbr>constant</code> | Real | L²Θ⁻¹T⁻² | <code>[specific_<wbr>gas_<wbr>constant](#specific_gas_constant)</code> | — | <code>[entropy](#entropy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_gas_constant.md) |
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| <span id="specific_heat_capacity"></span><code>specific_<wbr>heat_<wbr>capacity</code> | Real | L²Θ⁻¹T⁻² | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | — | <code>[heat_<wbr>capacity](#heat_capacity) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_heat_capacity.md) |
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| <span id="specific_heat_capacity_at_constant_pressure"></span><code>specific_<wbr>heat_<wbr>capacity_<wbr>at_<wbr>constant_<wbr>pressure</code> | Real | L²Θ⁻¹T⁻² | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | — | [view](../hierarchies/specific_heat_capacity.md) |
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| <span id="specific_heat_capacity_at_constant_volume"></span><code>specific_<wbr>heat_<wbr>capacity_<wbr>at_<wbr>constant_<wbr>volume</code> | Real | L²Θ⁻¹T⁻² | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | — | [view](../hierarchies/specific_heat_capacity.md) |
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| <span id="specific_heat_capacity_at_saturated_vapour_pressure"></span><code>specific_<wbr>heat_<wbr>capacity_<wbr>at_<wbr>saturated_<wbr>vapour_<wbr>pressure</code> | Real | L²Θ⁻¹T⁻² | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | — | [view](../hierarchies/specific_heat_capacity.md) |
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| <span id="specific_internal_energy"></span><code>specific_<wbr>internal_<wbr>energy</code> | Real | L²T⁻² | <code>[specific_<wbr>internal_<wbr>energy](#specific_internal_energy)</code> | — | <code>[internal_<wbr>energy](#internal_energy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_internal_energy.md) |
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| <span id="specific_thermodynamic_energy"></span><code>specific_<wbr>thermodynamic_<wbr>energy</code> | Real | L²T⁻² | <code>[specific_<wbr>internal_<wbr>energy](#specific_internal_energy)</code> | — | alias to [specific_<wbr>internal_<wbr>energy](#specific_internal_energy) | [view](../hierarchies/specific_internal_energy.md) |
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| <span id="specific_volume"></span><code>specific_<wbr>volume</code> | Real | L³M⁻¹ | <code>[specific_<wbr>volume](#specific_volume)</code> | — | <code>inverse([mass_<wbr>density](#mass_density))</code> | [view](../hierarchies/specific_volume.md) |
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| <span id="spectral_irradiance"></span><code>spectral_<wbr>irradiance</code> | Real | ML⁻¹T⁻³ | <code>[spectral_<wbr>irradiance](#spectral_irradiance)</code> | — | <code>[irradiance](#irradiance) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_irradiance.md) |
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| <span id="spectral_radiance"></span><code>spectral_<wbr>radiance</code> | Real | ML⁻¹T⁻³ | <code>[spectral_<wbr>radiance](#spectral_radiance)</code> | — | <code>[radiance](#radiance) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiance.md) |
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| <span id="spectral_radiant_energy"></span><code>spectral_<wbr>radiant_<wbr>energy</code> | Real | LMT⁻² | <code>[spectral_<wbr>radiant_<wbr>energy](#spectral_radiant_energy)</code> | — | <code>[radiant_<wbr>energy](#radiant_energy) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiant_energy.md) |
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| <span id="spectral_radiant_energy_density_in_terms_of_wavelength"></span><code>spectral_<wbr>radiant_<wbr>energy_<wbr>density_<wbr>in_<wbr>terms_<wbr>of_<wbr>wavelength</code> | Real | ML⁻²T⁻² | <code>[spectral_<wbr>radiant_<wbr>energy_<wbr>density_<wbr>in_<wbr>terms_<wbr>of_<wbr>wavelength](#spectral_radiant_energy_density_in_terms_of_wavelength)</code> | — | <code>[radiant_<wbr>energy_<wbr>density](#radiant_energy_density) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiant_energy_density_in_terms_of_wavelength.md) |
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| <span id="spectral_radiant_energy_density_in_terms_of_wavenumber"></span><code>spectral_<wbr>radiant_<wbr>energy_<wbr>density_<wbr>in_<wbr>terms_<wbr>of_<wbr>wavenumber</code> | Real | MT⁻² | <code>[spectral_<wbr>radiant_<wbr>energy_<wbr>density_<wbr>in_<wbr>terms_<wbr>of_<wbr>wavenumber](#spectral_radiant_energy_density_in_terms_of_wavenumber)</code> | — | <code>[radiant_<wbr>energy_<wbr>density](#radiant_energy_density) / <wbr>[wavenumber](#wavenumber)</code> | [view](../hierarchies/spectral_radiant_energy_density_in_terms_of_wavenumber.md) |
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| <span id="spectral_radiant_exitance"></span><code>spectral_<wbr>radiant_<wbr>exitance</code> | Real | ML⁻¹T⁻³ | <code>[spectral_<wbr>radiant_<wbr>exitance](#spectral_radiant_exitance)</code> | — | <code>[radiant_<wbr>exitance](#radiant_exitance) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiant_exitance.md) |
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| <span id="spectral_radiant_exposure"></span><code>spectral_<wbr>radiant_<wbr>exposure</code> | Real | ML⁻¹T⁻² | <code>[spectral_<wbr>radiant_<wbr>exposure](#spectral_radiant_exposure)</code> | — | <code>[radiant_<wbr>exposure](#radiant_exposure) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiant_exposure.md) |
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| <span id="spectral_radiant_flux"></span><code>spectral_<wbr>radiant_<wbr>flux</code> | Real | LMT⁻³ | <code>[spectral_<wbr>radiant_<wbr>flux](#spectral_radiant_flux)</code> | — | <code>[radiant_<wbr>flux](#radiant_flux) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiant_flux.md) |
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| <span id="spectral_radiant_intensity"></span><code>spectral_<wbr>radiant_<wbr>intensity</code> | Real | LMT⁻³ | <code>[spectral_<wbr>radiant_<wbr>intensity](#spectral_radiant_intensity)</code> | — | <code>[radiant_<wbr>intensity](#radiant_intensity) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiant_intensity.md) |
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| <span id="spectral_radiant_power"></span><code>spectral_<wbr>radiant_<wbr>power</code> | Real | LMT⁻³ | <code>[spectral_<wbr>radiant_<wbr>flux](#spectral_radiant_flux)</code> | — | alias to [spectral_<wbr>radiant_<wbr>flux](#spectral_radiant_flux) | [view](../hierarchies/spectral_radiant_flux.md) |
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| <span id="speed"></span><code>speed</code> | Real | LT⁻¹ | <code>[speed](#speed)</code> | — | <code>[length](#length) / <wbr>[time](#time)</code> | [view](../hierarchies/speed.md) |
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| <span id="speed_of_light_in_a_medium"></span><code>speed_<wbr>of_<wbr>light_<wbr>in_<wbr>a_<wbr>medium</code> | Real | LT⁻¹ | <code>[speed](#speed)</code> | <code>[speed](#speed)</code> | — | [view](../hierarchies/speed.md) |
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| <span id="speed_of_light_in_vacuum"></span><code>speed_<wbr>of_<wbr>light_<wbr>in_<wbr>vacuum</code> | Real | LT⁻¹ | <code>[speed](#speed)</code> | <code>[speed](#speed)</code> | — | [view](../hierarchies/speed.md) |
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| <span id="static_friction"></span><code>static_<wbr>friction</code> | Vector | LMT⁻² | <code>[force](#force)</code> | <code>[force](#force)</code> | alias to [static_<wbr>friction_<wbr>force](#static_friction_force) | [view](../hierarchies/force.md) |
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| <span id="static_friction_coefficient"></span><code>static_<wbr>friction_<wbr>coefficient</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[static_<wbr>friction_<wbr>force](#static_friction_force) / <wbr>[force](#force)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="static_friction_factor"></span><code>static_<wbr>friction_<wbr>factor</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [static_<wbr>friction_<wbr>coefficient](#static_friction_coefficient) | [view](../hierarchies/dimensionless.md) |
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| <span id="static_friction_force"></span><code>static_<wbr>friction_<wbr>force</code> | Vector | LMT⁻² | <code>[force](#force)</code> | <code>[force](#force)</code> | — | [view](../hierarchies/force.md) |
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| <span id="storage_capacity"></span><code>storage_<wbr>capacity</code> | Real | — | <code>[storage_<wbr>capacity](#storage_capacity)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | — |
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| <span id="storage_size"></span><code>storage_<wbr>size</code> | Real | — | <code>[storage_<wbr>capacity](#storage_capacity)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [storage_<wbr>capacity](#storage_capacity) | — |
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| <span id="strain"></span><code>strain</code> | Tensor | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="stress"></span><code>stress</code> | Tensor | ML⁻¹T⁻² | <code>[pressure](#pressure)</code> | <code>[pressure](#pressure)</code> | — | [view](../hierarchies/pressure.md) |
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| <span id="surface_coefficient_of_heat_transfer"></span><code>surface_<wbr>coefficient_<wbr>of_<wbr>heat_<wbr>transfer</code> | Real | MΘ⁻¹T⁻³ | <code>[surface_<wbr>coefficient_<wbr>of_<wbr>heat_<wbr>transfer](#surface_coefficient_of_heat_transfer)</code> | — | <code>[density_<wbr>of_<wbr>heat_<wbr>flow_<wbr>rate](#density_of_heat_flow_rate) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/surface_coefficient_of_heat_transfer.md) |
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| <span id="surface_density"></span><code>surface_<wbr>density</code> | Real | ML⁻² | <code>[surface_<wbr>mass_<wbr>density](#surface_mass_density)</code> | — | alias to [surface_<wbr>mass_<wbr>density](#surface_mass_density) | [view](../hierarchies/surface_mass_density.md) |
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| <span id="surface_density_of_electric_charge"></span><code>surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge</code> | Real | ITL⁻² | <code>[surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#surface_density_of_electric_charge)</code> | — | <code>[electric_<wbr>charge](#electric_charge) / <wbr>[area](#area)</code> | [view](../hierarchies/surface_density_of_electric_charge.md) |
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| <span id="surface_mass_density"></span><code>surface_<wbr>mass_<wbr>density</code> | Real | ML⁻² | <code>[surface_<wbr>mass_<wbr>density](#surface_mass_density)</code> | — | <code>[mass](#mass) / <wbr>[area](#area)</code> | [view](../hierarchies/surface_mass_density.md) |
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| <span id="surface_tension"></span><code>surface_<wbr>tension</code> | Real | MT⁻² | <code>[surface_<wbr>tension](#surface_tension)</code> | — | <code>[force](#force) / <wbr>[length](#length)</code> | [view](../hierarchies/surface_tension.md) |
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| <span id="susceptance"></span><code>susceptance</code> | Real | I²T³L⁻²M⁻¹ | <code>[admittance](#admittance)</code> | <code>[admittance](#admittance)</code> | — | [view](../hierarchies/admittance.md) |
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| <span id="thermal_conductance"></span><code>thermal_<wbr>conductance</code> | Real | L²MΘ⁻¹T⁻³ | <code>[thermal_<wbr>conductance](#thermal_conductance)</code> | — | <code>inverse([thermal_<wbr>resistance](#thermal_resistance))</code> | [view](../hierarchies/thermal_conductance.md) |
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| <span id="thermal_conductivity"></span><code>thermal_<wbr>conductivity</code> | Real | LMΘ⁻¹T⁻³ | <code>[thermal_<wbr>conductivity](#thermal_conductivity)</code> | — | <code>[density_<wbr>of_<wbr>heat_<wbr>flow_<wbr>rate](#density_of_heat_flow_rate) *([length](#length) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature))</code> | [view](../hierarchies/thermal_conductivity.md) |
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| <span id="thermal_diffusivity"></span><code>thermal_<wbr>diffusivity</code> | Real | L²T⁻¹ | <code>[thermal_<wbr>diffusivity](#thermal_diffusivity)</code> | — | <code>[thermal_<wbr>conductivity](#thermal_conductivity) / <wbr>([mass_<wbr>density](#mass_density) * <wbr>[specific_<wbr>heat_<wbr>capacity_<wbr>at_<wbr>constant_<wbr>pressure](#specific_heat_capacity_at_constant_pressure))</code> | [view](../hierarchies/thermal_diffusivity.md) |
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| <span id="thermal_insulance"></span><code>thermal_<wbr>insulance</code> | Real | ΘT³M⁻¹ | <code>[thermal_<wbr>insulance](#thermal_insulance)</code> | — | <code>inverse([coefficient_<wbr>of_<wbr>heat_<wbr>transfer](#coefficient_of_heat_transfer))</code> | [view](../hierarchies/thermal_insulance.md) |
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| <span id="thermal_resistance"></span><code>thermal_<wbr>resistance</code> | Real | ΘT³L⁻²M⁻¹ | <code>[thermal_<wbr>resistance](#thermal_resistance)</code> | — | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature) / <wbr>[heat_<wbr>flow_<wbr>rate](#heat_flow_rate)</code> | [view](../hierarchies/thermal_resistance.md) |
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| <span id="thermodynamic_efficiency"></span><code>thermodynamic_<wbr>efficiency</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[work](#work) / <wbr>[heat](#heat)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="thermodynamic_energy"></span><code>thermodynamic_<wbr>energy</code> | Real | L²MT⁻² | <code>[energy](#energy)</code> | <code>[enthalpy](#enthalpy)</code> | alias to [internal_<wbr>energy](#internal_energy) | [view](../hierarchies/energy_isq.md) |
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| <span id="thermodynamic_temperature"></span><code>thermodynamic_<wbr>temperature</code> | Real | Θ | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | — | — | [view](../hierarchies/thermodynamic_temperature.md) |
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| <span id="thickness"></span><code>thickness</code> | Real | L | <code>[length](#length)</code> | <code>[width](#width)</code> | — | [view](../hierarchies/length.md) |
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| <span id="time"></span><code>time</code> | Real | T | <code>[duration](#duration)</code> | — | alias to [duration](#duration) | [view](../hierarchies/duration.md) |
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| <span id="time_constant"></span><code>time_<wbr>constant</code> | Real | T | <code>[duration](#duration)</code> | <code>[duration](#duration)</code> | — | [view](../hierarchies/duration.md) |
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| <span id="torque"></span><code>torque</code> | Real | L²MT⁻² | <code>[moment_<wbr>of_<wbr>force](#moment_of_force)</code> | <code>[moment_<wbr>of_<wbr>force](#moment_of_force)</code> | — | [view](../hierarchies/moment_of_force_isq.md) |
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| <span id="total_current"></span><code>total_<wbr>current</code> | Real | I | <code>[electric_<wbr>current](#electric_current)</code> | <code>[electric_<wbr>current](#electric_current)</code> | — | [view](../hierarchies/electric_current.md) |
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| <span id="total_current_density"></span><code>total_<wbr>current_<wbr>density</code> | Vector | IL⁻² | <code>[electric_<wbr>current_<wbr>density](#electric_current_density)</code> | <code>[electric_<wbr>current_<wbr>density](#electric_current_density)</code> | — | [view](../hierarchies/electric_current_density.md) |
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| <span id="total_magnetic_flux"></span><code>total_<wbr>magnetic_<wbr>flux</code> | Real | L²MI⁻¹T⁻² | <code>[magnetic_<wbr>flux](#magnetic_flux)</code> | <code>[magnetic_<wbr>flux](#magnetic_flux)</code> | — | [view](../hierarchies/magnetic_flux.md) |
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| <span id="traffic_carried_intensity"></span><code>traffic_<wbr>carried_<wbr>intensity</code> | Real | A | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | — | [view](../hierarchies/traffic_intensity.md) |
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| <span id="traffic_intensity"></span><code>traffic_<wbr>intensity</code> | Real | A | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | — | — | [view](../hierarchies/traffic_intensity.md) |
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| <span id="traffic_load"></span><code>traffic_<wbr>load</code> | Real | A | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | alias to [traffic_<wbr>carried_<wbr>intensity](#traffic_carried_intensity) | [view](../hierarchies/traffic_intensity.md) |
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| <span id="traffic_offered_intensity"></span><code>traffic_<wbr>offered_<wbr>intensity</code> | Real | A | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | — | [view](../hierarchies/traffic_intensity.md) |
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| <span id="transfer_rate"></span><code>transfer_<wbr>rate</code> | Real | T⁻¹ | <code>[transfer_<wbr>rate](#transfer_rate)</code> | — | <code>[storage_<wbr>capacity](#storage_capacity) / <wbr>[duration](#duration)</code> | [view](../hierarchies/transfer_rate.md) |
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| <span id="velocity"></span><code>velocity</code> | Vector | LT⁻¹ | <code>[speed](#speed)</code> | <code>[speed](#speed)</code> | <code>[displacement](#displacement) / <wbr>[duration](#duration)</code> | [view](../hierarchies/speed.md) |
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| <span id="voltage"></span><code>voltage</code> | Real | L²MI⁻¹T⁻³ | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[electric_<wbr>potential](#electric_potential)</code> | — | [view](../hierarchies/electric_potential.md) |
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| <span id="voltage_phasor"></span><code>voltage_<wbr>phasor</code> | Complex | L²MI⁻¹T⁻³ | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[voltage](#voltage)</code> | — | [view](../hierarchies/electric_potential.md) |
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| <span id="volume"></span><code>volume</code> | Real | L³ | <code>[volume](#volume)</code> | — | <code>pow<3>([length](#length))</code> | [view](../hierarchies/volume.md) |
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| <span id="volume_electric_charge"></span><code>volume_<wbr>electric_<wbr>charge</code> | Real | ITL⁻³ | <code>[electric_<wbr>charge_<wbr>density](#electric_charge_density)</code> | — | alias to [electric_<wbr>charge_<wbr>density](#electric_charge_density) | [view](../hierarchies/electric_charge_density.md) |
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| <span id="volume_flow_rate"></span><code>volume_<wbr>flow_<wbr>rate</code> | Real | L³T⁻¹ | <code>[volume_<wbr>flow_<wbr>rate](#volume_flow_rate)</code> | — | <code>[velocity](#velocity) * <wbr>[area](#area)</code> | [view](../hierarchies/volume_flow_rate.md) |
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| <span id="volumic_charge"></span><code>volumic_<wbr>charge</code> | Real | ITL⁻³ | <code>[electric_<wbr>charge_<wbr>density](#electric_charge_density)</code> | — | alias to [electric_<wbr>charge_<wbr>density](#electric_charge_density) | [view](../hierarchies/electric_charge_density.md) |
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| <span id="waiting_probability"></span><code>waiting_<wbr>probability</code> | Real | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="wave_impedance_in_vacuum"></span><code>wave_<wbr>impedance_<wbr>in_<wbr>vacuum</code> | Complex | L²MI⁻²T⁻³ | <code>[impedance](#impedance)</code> | <code>[impedance](#impedance)</code> | alias to [impedance_<wbr>of_<wbr>vacuum](#impedance_of_vacuum) | [view](../hierarchies/impedance.md) |
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| <span id="wave_vector"></span><code>wave_<wbr>vector</code> | Vector | L⁻¹ | <code>[repetency](#repetency)</code> | <code>[repetency](#repetency)</code> | — | [view](../hierarchies/repetency.md) |
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| <span id="wavelength"></span><code>wavelength</code> | Real | L | <code>[length](#length)</code> | <code>[length](#length)</code> | — | [view](../hierarchies/length.md) |
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| <span id="wavenumber"></span><code>wavenumber</code> | Real | L⁻¹ | <code>[repetency](#repetency)</code> | — | alias to [repetency](#repetency) | [view](../hierarchies/repetency.md) |
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| <span id="weight"></span><code>weight</code> | Vector | LMT⁻² | <code>[force](#force)</code> | <code>[force](#force)</code> | <code>[mass](#mass) * <wbr>[acceleration_<wbr>of_<wbr>free_<wbr>fall](#acceleration_of_free_fall)</code> | [view](../hierarchies/force.md) |
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| <span id="width"></span><code>width</code> | Real | L | <code>[length](#length)</code> | <code>[length](#length)</code> | — | [view](../hierarchies/length.md) |
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| <span id="work"></span><code>work</code> | Real | L²MT⁻² | <code>[mechanical_<wbr>work](#mechanical_work)</code> | — | alias to [mechanical_<wbr>work](#mechanical_work) | [view](../hierarchies/mechanical_work.md) |
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| Quantity | Character | Dimension | is_kind | Kind of | Parent | Equation | Hierarchy |
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|----------|:---------:|:---------:|:-------:|:-------:|:------:|----------|:---------:|
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| <span id="Celsius_temperature"></span><code>Celsius_<wbr>temperature</code> | Real | Θ | — | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | — | [view](../hierarchies/thermodynamic_temperature.md) |
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| <span id="Gibbs_energy"></span><code>Gibbs_<wbr>energy</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[enthalpy](#enthalpy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="Gibbs_function"></span><code>Gibbs_<wbr>function</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[enthalpy](#enthalpy)</code> | alias to [Gibbs_<wbr>energy](#Gibbs_energy) | [view](../hierarchies/energy_isq.md) |
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| <span id="Hamming_distance"></span><code>Hamming_<wbr>distance</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="Helmholtz_energy"></span><code>Helmholtz_<wbr>energy</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[internal_<wbr>energy](#internal_energy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="Helmholtz_function"></span><code>Helmholtz_<wbr>function</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[internal_<wbr>energy](#internal_energy)</code> | alias to [Helmholtz_<wbr>energy](#Helmholtz_energy) | [view](../hierarchies/energy_isq.md) |
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| <span id="Joule_Thomson_coefficient"></span><code>Joule_<wbr>Thomson_<wbr>coefficient</code> | Real | LΘT²M⁻¹ | ✓ | <code>[Joule_<wbr>Thomson_<wbr>coefficient](#Joule_Thomson_coefficient)</code> | — | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature) / <wbr>[pressure](#pressure)</code> | [view](../hierarchies/Joule_Thomson_coefficient.md) |
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| <span id="Massieu_function"></span><code>Massieu_<wbr>function</code> | Real | L²MΘ⁻¹T⁻² | ✓ | <code>[Massieu_<wbr>function](#Massieu_function)</code> | — | <code>[Helmholtz_<wbr>energy](#Helmholtz_energy) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/Massieu_function.md) |
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| <span id="Planck_function"></span><code>Planck_<wbr>function</code> | Real | L²MΘ⁻¹T⁻² | ✓ | <code>[Planck_<wbr>function](#Planck_function)</code> | — | <code>[Gibbs_<wbr>energy](#Gibbs_energy) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/Planck_function.md) |
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| <span id="Poisson_number"></span><code>Poisson_<wbr>number</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[width](#width) / <wbr>[length](#length)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="Poynting_vector"></span><code>Poynting_<wbr>vector</code> | Vector | MT⁻³ | ✓ | <code>[Poynting_<wbr>vector](#Poynting_vector)</code> | — | <code>[electric_<wbr>field_<wbr>strength](#electric_field_strength) * <wbr>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength)</code> | [view](../hierarchies/Poynting_vector.md) |
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| <span id="Young_modulus"></span><code>Young_<wbr>modulus</code> | Real | ML⁻¹T⁻² | ✓ | <code>[modulus_<wbr>of_<wbr>elasticity](#modulus_of_elasticity)</code> | — | alias to [modulus_<wbr>of_<wbr>elasticity](#modulus_of_elasticity) | [view](../hierarchies/modulus_of_elasticity.md) |
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| <span id="absorbed_dose"></span><code>absorbed_<wbr>dose</code> | Real | L²T⁻² | ✓ | <code>[absorbed_<wbr>dose](#absorbed_dose)</code> | — | <code>[energy](#energy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/absorbed_dose.md) |
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| <span id="acceleration"></span><code>acceleration</code> | Vector | LT⁻² | ✓ | <code>[acceleration](#acceleration)</code> | — | <code>[velocity](#velocity) / <wbr>[duration](#duration)</code> | [view](../hierarchies/acceleration.md) |
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| <span id="acceleration_of_free_fall"></span><code>acceleration_<wbr>of_<wbr>free_<wbr>fall</code> | Vector | LT⁻² | — | <code>[acceleration](#acceleration)</code> | <code>[acceleration](#acceleration)</code> | — | [view](../hierarchies/acceleration.md) |
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| <span id="action"></span><code>action</code> | Real | L²MT⁻¹ | ✓ | <code>[action](#action)</code> | — | <code>[energy](#energy) * <wbr>[time](#time)</code> | [view](../hierarchies/action.md) |
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| <span id="active_energy"></span><code>active_<wbr>energy</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[energy](#energy)</code> | <code>[instantaneous_<wbr>power](#instantaneous_power) * <wbr>[time](#time)</code> | [view](../hierarchies/energy_isq.md) |
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| <span id="active_power"></span><code>active_<wbr>power</code> | Real | L²MT⁻³ | — | <code>[power](#power)</code> | <code>[power](#power)</code> | <code>inverse([period](#period)) * <wbr>([instantaneous_<wbr>power](#instantaneous_power) * <wbr>[time](#time))</code> | [view](../hierarchies/power.md) |
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| <span id="activity"></span><code>activity</code> | Real | T⁻¹ | ✓ | <code>[activity](#activity)</code> | — | <code>inverse([duration](#duration))</code> | [view](../hierarchies/activity.md) |
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| <span id="admittance"></span><code>admittance</code> | Complex | I²T³L⁻²M⁻¹ | ✓ | <code>[admittance](#admittance)</code> | — | <code>inverse([impedance](#impedance))</code> | [view](../hierarchies/admittance.md) |
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| <span id="admittance_of_vacuum"></span><code>admittance_<wbr>of_<wbr>vacuum</code> | Complex | I²T³L⁻²M⁻¹ | — | <code>[admittance](#admittance)</code> | <code>[admittance](#admittance)</code> | <code>inverse([impedance_<wbr>of_<wbr>vacuum](#impedance_of_vacuum))</code> | [view](../hierarchies/admittance.md) |
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| <span id="altitude"></span><code>altitude</code> | Real | L | — | <code>[length](#length)</code> | <code>[length](#length)</code> | alias to [height](#height) | [view](../hierarchies/length.md) |
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| <span id="amount_of_heat"></span><code>amount_<wbr>of_<wbr>heat</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[internal_<wbr>energy](#internal_energy)</code> | alias to [heat](#heat) | [view](../hierarchies/energy_isq.md) |
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| <span id="amount_of_substance"></span><code>amount_<wbr>of_<wbr>substance</code> | Real | N | ✓ | <code>[amount_<wbr>of_<wbr>substance](#amount_of_substance)</code> | — | — | [view](../hierarchies/amount_of_substance.md) |
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| <span id="angular_acceleration"></span><code>angular_<wbr>acceleration</code> | Vector | T⁻² | ✓ | <code>[angular_<wbr>acceleration](#angular_acceleration)</code> | — | <code>[angular_<wbr>velocity](#angular_velocity) / <wbr>[duration](#duration)</code> | [view](../hierarchies/angular_acceleration_isq.md) |
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| <span id="angular_displacement"></span><code>angular_<wbr>displacement</code> | Real | — | — | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[angular_<wbr>measure](#angular_measure)</code> | alias to [rotational_<wbr>displacement](#rotational_displacement) | [view](../hierarchies/dimensionless.md) |
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| <span id="angular_frequency"></span><code>angular_<wbr>frequency</code> | Real | T⁻¹ | ✓ | <code>[angular_<wbr>frequency](#angular_frequency)</code> | — | <code>[phase_<wbr>angle](#phase_angle) / <wbr>[duration](#duration)</code> | [view](../hierarchies/angular_frequency_isq.md) |
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| <span id="angular_impulse"></span><code>angular_<wbr>impulse</code> | Vector | L²MT⁻¹ | — | <code>[angular_<wbr>momentum](#angular_momentum)</code> | <code>[angular_<wbr>momentum](#angular_momentum)</code> | <code>[moment_<wbr>of_<wbr>force](#moment_of_force) * <wbr>[time](#time)</code> | [view](../hierarchies/angular_momentum_isq.md) |
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| <span id="angular_measure"></span><code>angular_<wbr>measure</code> | Real | — | ✓ | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[arc_<wbr>length](#arc_length) / <wbr>[radius](#radius)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="angular_momentum"></span><code>angular_<wbr>momentum</code> | Vector | L²MT⁻¹ | ✓ | <code>[angular_<wbr>momentum](#angular_momentum)</code> | — | <code>[position_<wbr>vector](#position_vector) * <wbr>[momentum](#momentum)</code> | [view](../hierarchies/angular_momentum_isq.md) |
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| <span id="angular_repetency"></span><code>angular_<wbr>repetency</code> | Real | L⁻¹ | ✓ | <code>[angular_<wbr>repetency](#angular_repetency)</code> | — | <code>inverse([wavelength](#wavelength))</code> | [view](../hierarchies/angular_repetency_isq.md) |
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| <span id="angular_velocity"></span><code>angular_<wbr>velocity</code> | Vector | T⁻¹ | ✓ | <code>[angular_<wbr>velocity](#angular_velocity)</code> | — | <code>[angular_<wbr>displacement](#angular_displacement) / <wbr>[duration](#duration)</code> | [view](../hierarchies/angular_velocity_isq.md) |
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| <span id="angular_wavenumber"></span><code>angular_<wbr>wavenumber</code> | Real | L⁻¹ | ✓ | <code>[angular_<wbr>repetency](#angular_repetency)</code> | — | alias to [angular_<wbr>repetency](#angular_repetency) | [view](../hierarchies/angular_repetency_isq.md) |
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| <span id="apparent_admittance"></span><code>apparent_<wbr>admittance</code> | Real | I²T³L⁻²M⁻¹ | — | <code>[admittance](#admittance)</code> | <code>[admittance](#admittance)</code> | — | [view](../hierarchies/admittance.md) |
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| <span id="apparent_impedance"></span><code>apparent_<wbr>impedance</code> | Real | L²MI⁻²T⁻³ | — | <code>[impedance](#impedance)</code> | <code>[impedance](#impedance)</code> | — | [view](../hierarchies/impedance.md) |
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| <span id="apparent_power"></span><code>apparent_<wbr>power</code> | Real | L²MT⁻³ | — | <code>[complex_<wbr>power](#complex_power)</code> | <code>[complex_<wbr>power](#complex_power)</code> | — | [view](../hierarchies/complex_power.md) |
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| <span id="arc_length"></span><code>arc_<wbr>length</code> | Real | L | — | <code>[length](#length)</code> | <code>[length](#length)</code> | alias to [path_<wbr>length](#path_length) | [view](../hierarchies/length.md) |
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| <span id="area"></span><code>area</code> | Real | L² | ✓ | <code>[area](#area)</code> | — | <code>pow<2>([length](#length))</code> | [view](../hierarchies/area.md) |
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| <span id="areic_charge"></span><code>areic_<wbr>charge</code> | Real | ITL⁻² | ✓ | <code>[surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#surface_density_of_electric_charge)</code> | — | alias to [surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#surface_density_of_electric_charge) | [view](../hierarchies/surface_density_of_electric_charge.md) |
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| <span id="areic_electric_charge"></span><code>areic_<wbr>electric_<wbr>charge</code> | Real | ITL⁻² | ✓ | <code>[surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#surface_density_of_electric_charge)</code> | — | alias to [surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#surface_density_of_electric_charge) | [view](../hierarchies/surface_density_of_electric_charge.md) |
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| <span id="attenuation"></span><code>attenuation</code> | Real | L⁻¹ | ✓ | <code>[attenuation](#attenuation)</code> | — | <code>inverse([distance](#distance))</code> | [view](../hierarchies/attenuation.md) |
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| <span id="binary_digit_rate"></span><code>binary_<wbr>digit_<wbr>rate</code> | Real | T⁻¹ | — | <code>[transfer_<wbr>rate](#transfer_rate)</code> | <code>[transfer_<wbr>rate](#transfer_rate)</code> | — | [view](../hierarchies/transfer_rate.md) |
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| <span id="bit_period"></span><code>bit_<wbr>period</code> | Real | T | — | <code>[duration](#duration)</code> | <code>[period_<wbr>duration](#period_duration)</code> | alias to [period_<wbr>of_<wbr>binary_<wbr>digits](#period_of_binary_digits) | [view](../hierarchies/duration.md) |
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| <span id="bit_rate"></span><code>bit_<wbr>rate</code> | Real | T⁻¹ | — | <code>[transfer_<wbr>rate](#transfer_rate)</code> | <code>[transfer_<wbr>rate](#transfer_rate)</code> | alias to [binary_<wbr>digit_<wbr>rate](#binary_digit_rate) | [view](../hierarchies/transfer_rate.md) |
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| <span id="breadth"></span><code>breadth</code> | Real | L | — | <code>[length](#length)</code> | <code>[length](#length)</code> | alias to [width](#width) | [view](../hierarchies/length.md) |
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| <span id="bulk_modulus"></span><code>bulk_<wbr>modulus</code> | Real | ML⁻¹T⁻² | ✓ | <code>[modulus_<wbr>of_<wbr>compression](#modulus_of_compression)</code> | — | alias to [modulus_<wbr>of_<wbr>compression](#modulus_of_compression) | [view](../hierarchies/modulus_of_compression.md) |
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| <span id="call_intensity"></span><code>call_<wbr>intensity</code> | Real | T⁻¹ | ✓ | <code>[call_<wbr>intensity](#call_intensity)</code> | — | <code>inverse([duration](#duration))</code> | [view](../hierarchies/call_intensity.md) |
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| <span id="calling_rate"></span><code>calling_<wbr>rate</code> | Real | T⁻¹ | ✓ | <code>[call_<wbr>intensity](#call_intensity)</code> | — | alias to [call_<wbr>intensity](#call_intensity) | [view](../hierarchies/call_intensity.md) |
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| <span id="capacitance"></span><code>capacitance</code> | Real | I²T⁴L⁻²M⁻¹ | ✓ | <code>[capacitance](#capacitance)</code> | — | <code>[electric_<wbr>charge](#electric_charge) / <wbr>[voltage](#voltage)</code> | [view](../hierarchies/capacitance.md) |
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| <span id="carrier_power"></span><code>carrier_<wbr>power</code> | Real | L²MT⁻³ | — | <code>[power](#power)</code> | <code>[power](#power)</code> | — | [view](../hierarchies/power.md) |
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| <span id="clock_frequency"></span><code>clock_<wbr>frequency</code> | Real | T⁻¹ | — | <code>[frequency](#frequency)</code> | <code>[frequency](#frequency)</code> | — | [view](../hierarchies/frequency.md) |
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| <span id="clock_rate"></span><code>clock_<wbr>rate</code> | Real | T⁻¹ | — | <code>[frequency](#frequency)</code> | <code>[frequency](#frequency)</code> | alias to [clock_<wbr>frequency](#clock_frequency) | [view](../hierarchies/frequency.md) |
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| <span id="coefficient_of_heat_transfer"></span><code>coefficient_<wbr>of_<wbr>heat_<wbr>transfer</code> | Real | MΘ⁻¹T⁻³ | ✓ | <code>[coefficient_<wbr>of_<wbr>heat_<wbr>transfer](#coefficient_of_heat_transfer)</code> | — | <code>[density_<wbr>of_<wbr>heat_<wbr>flow_<wbr>rate](#density_of_heat_flow_rate) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/coefficient_of_heat_transfer.md) |
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| <span id="coefficient_of_static_friction"></span><code>coefficient_<wbr>of_<wbr>static_<wbr>friction</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [static_<wbr>friction_<wbr>coefficient](#static_friction_coefficient) | [view](../hierarchies/dimensionless.md) |
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| <span id="coefficient_of_thermal_insulance"></span><code>coefficient_<wbr>of_<wbr>thermal_<wbr>insulance</code> | Real | ΘT³M⁻¹ | ✓ | <code>[thermal_<wbr>insulance](#thermal_insulance)</code> | — | alias to [thermal_<wbr>insulance](#thermal_insulance) | [view](../hierarchies/thermal_insulance.md) |
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| <span id="coercive_field_strength"></span><code>coercive_<wbr>field_<wbr>strength</code> | Real | IL⁻¹ | — | <code>[magnetization](#magnetization)</code> | <code>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength)</code> | alias to [coercivity](#coercivity) | [view](../hierarchies/magnetization.md) |
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| <span id="coercivity"></span><code>coercivity</code> | Real | IL⁻¹ | — | <code>[magnetization](#magnetization)</code> | <code>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength)</code> | — | [view](../hierarchies/magnetization.md) |
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| <span id="completed_call_intensity"></span><code>completed_<wbr>call_<wbr>intensity</code> | Real | T⁻¹ | — | <code>[call_<wbr>intensity](#call_intensity)</code> | <code>[call_<wbr>intensity](#call_intensity)</code> | — | [view](../hierarchies/call_intensity.md) |
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| <span id="complex_admittance"></span><code>complex_<wbr>admittance</code> | Complex | I²T³L⁻²M⁻¹ | ✓ | <code>[admittance](#admittance)</code> | — | alias to [admittance](#admittance) | [view](../hierarchies/admittance.md) |
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| <span id="complex_impedance"></span><code>complex_<wbr>impedance</code> | Complex | L²MI⁻²T⁻³ | ✓ | <code>[impedance](#impedance)</code> | — | alias to [impedance](#impedance) | [view](../hierarchies/impedance.md) |
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| <span id="complex_power"></span><code>complex_<wbr>power</code> | Complex | L²MT⁻³ | ✓ | <code>[complex_<wbr>power](#complex_power)</code> | — | <code>[voltage_<wbr>phasor](#voltage_phasor) * <wbr>[electric_<wbr>current_<wbr>phasor](#electric_current_phasor)</code> | [view](../hierarchies/complex_power.md) |
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| <span id="compressibility"></span><code>compressibility</code> | Real | LT²M⁻¹ | ✓ | <code>[compressibility](#compressibility)</code> | — | <code>inverse([volume](#volume)) * <wbr>([volume](#volume) / <wbr>[pressure](#pressure))</code> | [view](../hierarchies/compressibility.md) |
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| <span id="conductance"></span><code>conductance</code> | Real | I²T³L⁻²M⁻¹ | — | <code>[admittance](#admittance)</code> | <code>[admittance](#admittance)</code> | <code>inverse([resistance](#resistance))</code> | [view](../hierarchies/admittance.md) |
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| <span id="conductance_for_alternating_current"></span><code>conductance_<wbr>for_<wbr>alternating_<wbr>current</code> | Real | I²T³L⁻²M⁻¹ | — | <code>[admittance](#admittance)</code> | <code>[conductance](#conductance)</code> | — | [view](../hierarchies/admittance.md) |
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| <span id="conductivity"></span><code>conductivity</code> | Real | I²T³L⁻³M⁻¹ | ✓ | <code>[conductivity](#conductivity)</code> | — | <code>[electric_<wbr>current_<wbr>density](#electric_current_density) / <wbr>[electric_<wbr>field_<wbr>strength](#electric_field_strength)</code> | [view](../hierarchies/conductivity.md) |
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| <span id="coupling_factor"></span><code>coupling_<wbr>factor</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mutual_<wbr>inductance](#mutual_inductance) / <wbr>pow<1, 2>(pow<2>([self_<wbr>inductance](#self_inductance)))</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="cubic_expansion_coefficient"></span><code>cubic_<wbr>expansion_<wbr>coefficient</code> | Real | Θ⁻¹ | ✓ | <code>[cubic_<wbr>expansion_<wbr>coefficient](#cubic_expansion_coefficient)</code> | — | <code>inverse([volume](#volume)) * <wbr>([volume](#volume) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature))</code> | [view](../hierarchies/cubic_expansion_coefficient.md) |
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| <span id="curvature"></span><code>curvature</code> | Real | L⁻¹ | ✓ | <code>[curvature](#curvature)</code> | — | <code>inverse([radius_<wbr>of_<wbr>curvature](#radius_of_curvature))</code> | [view](../hierarchies/curvature.md) |
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| <span id="damping_coefficient"></span><code>damping_<wbr>coefficient</code> | Real | T⁻¹ | ✓ | <code>[damping_<wbr>coefficient](#damping_coefficient)</code> | — | <code>inverse([time_<wbr>constant](#time_constant))</code> | [view](../hierarchies/damping_coefficient.md) |
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| <span id="decision_content"></span><code>decision_<wbr>content</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="density"></span><code>density</code> | Real | ML⁻³ | ✓ | <code>[mass_<wbr>density](#mass_density)</code> | — | alias to [mass_<wbr>density](#mass_density) | [view](../hierarchies/mass_density.md) |
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| <span id="density_of_heat_flow_rate"></span><code>density_<wbr>of_<wbr>heat_<wbr>flow_<wbr>rate</code> | Real | MT⁻³ | ✓ | <code>[density_<wbr>of_<wbr>heat_<wbr>flow_<wbr>rate](#density_of_heat_flow_rate)</code> | — | <code>[heat_<wbr>flow_<wbr>rate](#heat_flow_rate) / <wbr>[area](#area)</code> | [view](../hierarchies/density_of_heat_flow_rate.md) |
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| <span id="depth"></span><code>depth</code> | Real | L | — | <code>[length](#length)</code> | <code>[length](#length)</code> | alias to [height](#height) | [view](../hierarchies/length.md) |
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| <span id="dew_point_temperature"></span><code>dew_<wbr>point_<wbr>temperature</code> | Real | Θ | — | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | — | [view](../hierarchies/thermodynamic_temperature.md) |
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| <span id="diameter"></span><code>diameter</code> | Real | L | — | <code>[length](#length)</code> | <code>[width](#width)</code> | — | [view](../hierarchies/length.md) |
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| <span id="dimensionless"></span><code>dimensionless</code> | Real | 1 | ✓ | <code>[dimensionless](core.md#dimensionless)</code> | — | — | — |
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| <span id="displacement"></span><code>displacement</code> | Vector | L | — | <code>[length](#length)</code> | <code>[length](#length)</code> | — | [view](../hierarchies/length.md) |
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| <span id="displacement_current"></span><code>displacement_<wbr>current</code> | Real | I | — | <code>[electric_<wbr>current](#electric_current)</code> | <code>[electric_<wbr>current](#electric_current)</code> | <code>[displacement_<wbr>current_<wbr>density](#displacement_current_density) * <wbr>[area](#area)</code> | [view](../hierarchies/electric_current.md) |
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| <span id="displacement_current_density"></span><code>displacement_<wbr>current_<wbr>density</code> | Vector | IL⁻² | — | <code>[electric_<wbr>current_<wbr>density](#electric_current_density)</code> | <code>[electric_<wbr>current_<wbr>density](#electric_current_density)</code> | <code>[electric_<wbr>flux_<wbr>density](#electric_flux_density) / <wbr>[time](#time)</code> | [view](../hierarchies/electric_current_density.md) |
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| <span id="distance"></span><code>distance</code> | Real | L | — | <code>[length](#length)</code> | <code>[path_<wbr>length](#path_length)</code> | — | [view](../hierarchies/length.md) |
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| <span id="dose_equivalent"></span><code>dose_<wbr>equivalent</code> | Real | L²T⁻² | ✓ | <code>[dose_<wbr>equivalent](#dose_equivalent)</code> | — | <code>[absorbed_<wbr>dose](#absorbed_dose) * <wbr>[ionizing_<wbr>radiation_<wbr>quality_<wbr>factor](#ionizing_radiation_quality_factor)</code> | [view](../hierarchies/dose_equivalent.md) |
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| <span id="drag_coefficient"></span><code>drag_<wbr>coefficient</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[drag_<wbr>force](#drag_force) / <wbr>([mass_<wbr>density](#mass_density) * <wbr>pow<2>([speed](#speed)) * <wbr>[area](#area))</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="drag_factor"></span><code>drag_<wbr>factor</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [drag_<wbr>coefficient](#drag_coefficient) | [view](../hierarchies/dimensionless.md) |
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| <span id="drag_force"></span><code>drag_<wbr>force</code> | Vector | LMT⁻² | — | <code>[force](#force)</code> | <code>[force](#force)</code> | — | [view](../hierarchies/force.md) |
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| <span id="duration"></span><code>duration</code> | Real | T | ✓ | <code>[duration](#duration)</code> | — | — | [view](../hierarchies/duration.md) |
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| <span id="dynamic_friction_factor"></span><code>dynamic_<wbr>friction_<wbr>factor</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [kinetic_<wbr>friction_<wbr>factor](#kinetic_friction_factor) | [view](../hierarchies/dimensionless.md) |
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| <span id="dynamic_friction_force"></span><code>dynamic_<wbr>friction_<wbr>force</code> | Vector | LMT⁻² | — | <code>[force](#force)</code> | <code>[force](#force)</code> | alias to [kinetic_<wbr>friction_<wbr>force](#kinetic_friction_force) | [view](../hierarchies/force.md) |
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| <span id="dynamic_viscosity"></span><code>dynamic_<wbr>viscosity</code> | Real | ML⁻¹T⁻¹ | ✓ | <code>[dynamic_<wbr>viscosity](#dynamic_viscosity)</code> | — | <code>[shear_<wbr>stress](#shear_stress) * <wbr>[length](#length) / <wbr>[velocity](#velocity)</code> | [view](../hierarchies/dynamic_viscosity.md) |
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| <span id="electric_charge"></span><code>electric_<wbr>charge</code> | Real | IT | ✓ | <code>[electric_<wbr>charge](#electric_charge)</code> | — | <code>[electric_<wbr>current](#electric_current) * <wbr>[time](#time)</code> | [view](../hierarchies/electric_charge.md) |
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| <span id="electric_charge_density"></span><code>electric_<wbr>charge_<wbr>density</code> | Real | ITL⁻³ | ✓ | <code>[electric_<wbr>charge_<wbr>density](#electric_charge_density)</code> | — | <code>[electric_<wbr>charge](#electric_charge) / <wbr>[volume](#volume)</code> | [view](../hierarchies/electric_charge_density.md) |
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| <span id="electric_constant"></span><code>electric_<wbr>constant</code> | Real | I²T⁴L⁻³M⁻¹ | ✓ | <code>[electric_<wbr>constant](#electric_constant)</code> | — | <code>inverse([magnetic_<wbr>constant](#magnetic_constant) * <wbr>pow<2>([speed_<wbr>of_<wbr>light_<wbr>in_<wbr>vacuum](#speed_of_light_in_vacuum)))</code> | [view](../hierarchies/electric_constant.md) |
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| <span id="electric_current"></span><code>electric_<wbr>current</code> | Real | I | ✓ | <code>[electric_<wbr>current](#electric_current)</code> | — | — | [view](../hierarchies/electric_current.md) |
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| <span id="electric_current_density"></span><code>electric_<wbr>current_<wbr>density</code> | Vector | IL⁻² | ✓ | <code>[electric_<wbr>current_<wbr>density](#electric_current_density)</code> | — | <code>[electric_<wbr>charge_<wbr>density](#electric_charge_density) * <wbr>[velocity](#velocity)</code> | [view](../hierarchies/electric_current_density.md) |
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| <span id="electric_current_phasor"></span><code>electric_<wbr>current_<wbr>phasor</code> | Complex | I | — | <code>[electric_<wbr>current](#electric_current)</code> | <code>[electric_<wbr>current](#electric_current)</code> | — | [view](../hierarchies/electric_current.md) |
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| <span id="electric_dipole_moment"></span><code>electric_<wbr>dipole_<wbr>moment</code> | Vector | ILT | ✓ | <code>[electric_<wbr>dipole_<wbr>moment](#electric_dipole_moment)</code> | — | <code>[electric_<wbr>charge](#electric_charge) * <wbr>[displacement](#displacement)</code> | [view](../hierarchies/electric_dipole_moment.md) |
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| <span id="electric_displacement"></span><code>electric_<wbr>displacement</code> | Vector | ITL⁻² | — | <code>[electric_<wbr>polarization](#electric_polarization)</code> | <code>[electric_<wbr>polarization](#electric_polarization)</code> | alias to [electric_<wbr>flux_<wbr>density](#electric_flux_density) | [view](../hierarchies/electric_polarization.md) |
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| <span id="electric_field_strength"></span><code>electric_<wbr>field_<wbr>strength</code> | Vector | LMI⁻¹T⁻³ | ✓ | <code>[electric_<wbr>field_<wbr>strength](#electric_field_strength)</code> | — | <code>[force](#force) / <wbr>[electric_<wbr>charge](#electric_charge)</code> | [view](../hierarchies/electric_field_strength.md) |
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| <span id="electric_flux"></span><code>electric_<wbr>flux</code> | Real | IT | ✓ | <code>[electric_<wbr>flux](#electric_flux)</code> | — | <code>[electric_<wbr>flux_<wbr>density](#electric_flux_density) * <wbr>[area](#area)</code> | [view](../hierarchies/electric_flux.md) |
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| <span id="electric_flux_density"></span><code>electric_<wbr>flux_<wbr>density</code> | Vector | ITL⁻² | — | <code>[electric_<wbr>polarization](#electric_polarization)</code> | <code>[electric_<wbr>polarization](#electric_polarization)</code> | — | [view](../hierarchies/electric_polarization.md) |
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| <span id="electric_polarization"></span><code>electric_<wbr>polarization</code> | Vector | ITL⁻² | ✓ | <code>[electric_<wbr>polarization](#electric_polarization)</code> | — | <code>[electric_<wbr>dipole_<wbr>moment](#electric_dipole_moment) / <wbr>[volume](#volume)</code> | [view](../hierarchies/electric_polarization.md) |
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| <span id="electric_potential"></span><code>electric_<wbr>potential</code> | Real | L²MI⁻¹T⁻³ | ✓ | <code>[electric_<wbr>potential](#electric_potential)</code> | — | <code>[electric_<wbr>field_<wbr>strength](#electric_field_strength) * <wbr>[length](#length)</code> | [view](../hierarchies/electric_potential.md) |
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| <span id="electric_potential_difference"></span><code>electric_<wbr>potential_<wbr>difference</code> | Real | L²MI⁻¹T⁻³ | — | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[electric_<wbr>potential](#electric_potential)</code> | — | [view](../hierarchies/electric_potential.md) |
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| <span id="electric_susceptibility"></span><code>electric_<wbr>susceptibility</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[electric_<wbr>polarization](#electric_polarization) / <wbr>[electric_<wbr>constant](#electric_constant) / <wbr>[electric_<wbr>field_<wbr>strength](#electric_field_strength)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="electric_tension"></span><code>electric_<wbr>tension</code> | Real | L²MI⁻¹T⁻³ | — | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[electric_<wbr>potential](#electric_potential)</code> | alias to [voltage](#voltage) | [view](../hierarchies/electric_potential.md) |
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| <span id="electric_tension_phasor"></span><code>electric_<wbr>tension_<wbr>phasor</code> | Complex | L²MI⁻¹T⁻³ | — | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[voltage](#voltage)</code> | alias to [voltage_<wbr>phasor](#voltage_phasor) | [view](../hierarchies/electric_potential.md) |
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| <span id="electromagnetic_energy_density"></span><code>electromagnetic_<wbr>energy_<wbr>density</code> | Real | ML⁻¹T⁻² | ✓ | <code>[electromagnetic_<wbr>energy_<wbr>density](#electromagnetic_energy_density)</code> | — | <code>[electric_<wbr>field_<wbr>strength](#electric_field_strength) * <wbr>[electric_<wbr>flux_<wbr>density](#electric_flux_density)</code> | [view](../hierarchies/electromagnetic_energy_density.md) |
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| <span id="electromagnetism_power"></span><code>electromagnetism_<wbr>power</code> | Real | L²MT⁻³ | — | <code>[power](#power)</code> | <code>[power](#power)</code> | <code>[voltage](#voltage) * <wbr>[electric_<wbr>current](#electric_current)</code> | [view](../hierarchies/power.md) |
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| <span id="elementary_charge"></span><code>elementary_<wbr>charge</code> | Real | IT | — | <code>[electric_<wbr>charge](#electric_charge)</code> | <code>[electric_<wbr>charge](#electric_charge)</code> | — | [view](../hierarchies/electric_charge.md) |
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| <span id="energy"></span><code>energy</code> | Real | L²MT⁻² | ✓ | <code>[energy](#energy)</code> | — | <code>[mass](#mass) * <wbr>pow<2>([length](#length)) / <wbr>pow<2>([time](#time))</code> | [view](../hierarchies/energy_isq.md) |
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| <span id="enthalpy"></span><code>enthalpy</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[internal_<wbr>energy](#internal_energy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="entropy"></span><code>entropy</code> | Real | L²MΘ⁻¹T⁻² | ✓ | <code>[entropy](#entropy)</code> | — | <code>[kinetic_<wbr>energy](#kinetic_energy) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/entropy.md) |
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| <span id="equivalent_binary_digit_rate"></span><code>equivalent_<wbr>binary_<wbr>digit_<wbr>rate</code> | Real | T⁻¹ | — | <code>[transfer_<wbr>rate](#transfer_rate)</code> | <code>[binary_<wbr>digit_<wbr>rate](#binary_digit_rate)</code> | — | [view](../hierarchies/transfer_rate.md) |
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| <span id="equivalent_binary_storage_capacity"></span><code>equivalent_<wbr>binary_<wbr>storage_<wbr>capacity</code> | Real | — | — | <code>[storage_<wbr>capacity](#storage_capacity)</code> | <code>[storage_<wbr>capacity](#storage_capacity)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="equivalent_bit_rate"></span><code>equivalent_<wbr>bit_<wbr>rate</code> | Real | — | — | — | — | alias to [bit_<wbr>rate](#bit_rate) | — |
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| <span id="error_probability"></span><code>error_<wbr>probability</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="extinction"></span><code>extinction</code> | Real | L⁻¹ | ✓ | <code>[attenuation](#attenuation)</code> | — | alias to [attenuation](#attenuation) | [view](../hierarchies/attenuation.md) |
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| <span id="force"></span><code>force</code> | Vector | LMT⁻² | ✓ | <code>[force](#force)</code> | — | <code>[mass](#mass) * <wbr>[acceleration](#acceleration)</code> | [view](../hierarchies/force.md) |
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| <span id="frequency"></span><code>frequency</code> | Real | T⁻¹ | ✓ | <code>[frequency](#frequency)</code> | — | <code>inverse([period_<wbr>duration](#period_duration))</code> | [view](../hierarchies/frequency.md) |
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| <span id="gauge_pressure"></span><code>gauge_<wbr>pressure</code> | Real | ML⁻¹T⁻² | — | <code>[pressure](#pressure)</code> | <code>[pressure](#pressure)</code> | — | [view](../hierarchies/pressure.md) |
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| <span id="group_speed"></span><code>group_<wbr>speed</code> | Real | LT⁻¹ | ✓ | <code>[group_<wbr>speed](#group_speed)</code> | — | <code>[angular_<wbr>frequency](#angular_frequency) / <wbr>[angular_<wbr>repetency](#angular_repetency)</code> | [view](../hierarchies/group_speed.md) |
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| <span id="heat"></span><code>heat</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[internal_<wbr>energy](#internal_energy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="heat_capacity"></span><code>heat_<wbr>capacity</code> | Real | L²MΘ⁻¹T⁻² | ✓ | <code>[heat_<wbr>capacity](#heat_capacity)</code> | — | <code>[heat](#heat) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/heat_capacity.md) |
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| <span id="heat_flow_rate"></span><code>heat_<wbr>flow_<wbr>rate</code> | Real | L²MT⁻³ | ✓ | <code>[heat_<wbr>flow_<wbr>rate](#heat_flow_rate)</code> | — | <code>[heat](#heat) / <wbr>[time](#time)</code> | [view](../hierarchies/heat_flow_rate.md) |
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| <span id="height"></span><code>height</code> | Real | L | — | <code>[length](#length)</code> | <code>[length](#length)</code> | — | [view](../hierarchies/length.md) |
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| <span id="impedance"></span><code>impedance</code> | Complex | L²MI⁻²T⁻³ | ✓ | <code>[impedance](#impedance)</code> | — | <code>[voltage_<wbr>phasor](#voltage_phasor) / <wbr>[electric_<wbr>current_<wbr>phasor](#electric_current_phasor)</code> | [view](../hierarchies/impedance.md) |
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| <span id="impedance_of_vacuum"></span><code>impedance_<wbr>of_<wbr>vacuum</code> | Complex | L²MI⁻²T⁻³ | — | <code>[impedance](#impedance)</code> | <code>[impedance](#impedance)</code> | — | [view](../hierarchies/impedance.md) |
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| <span id="impulse"></span><code>impulse</code> | Vector | LMT⁻¹ | — | <code>[momentum](#momentum)</code> | <code>[momentum](#momentum)</code> | <code>[force](#force) * <wbr>[time](#time)</code> | [view](../hierarchies/momentum.md) |
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| <span id="induced_voltage"></span><code>induced_<wbr>voltage</code> | Real | L²MI⁻¹T⁻³ | — | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[voltage](#voltage)</code> | — | [view](../hierarchies/electric_potential.md) |
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| <span id="inductance"></span><code>inductance</code> | Real | L²MI⁻²T⁻² | ✓ | <code>[inductance](#inductance)</code> | — | <code>[protoflux](#protoflux) / <wbr>[electric_<wbr>current](#electric_current)</code> | [view](../hierarchies/inductance.md) |
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| <span id="instantaneous_power"></span><code>instantaneous_<wbr>power</code> | Real | L²MT⁻³ | — | <code>[power](#power)</code> | <code>[power](#power)</code> | alias to [electromagnetism_<wbr>power](#electromagnetism_power) | [view](../hierarchies/power.md) |
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| <span id="internal_energy"></span><code>internal_<wbr>energy</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[energy](#energy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="ionizing_radiation_quality_factor"></span><code>ionizing_<wbr>radiation_<wbr>quality_<wbr>factor</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="irradiance"></span><code>irradiance</code> | Real | MT⁻³ | ✓ | <code>[irradiance](#irradiance)</code> | — | <code>[radiant_<wbr>flux](#radiant_flux) / <wbr>[area](#area)</code> | [view](../hierarchies/irradiance.md) |
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| <span id="isentropic_compressibility"></span><code>isentropic_<wbr>compressibility</code> | Real | LT²M⁻¹ | ✓ | <code>[isentropic_<wbr>compressibility](#isentropic_compressibility)</code> | <code>[compressibility](#compressibility)</code> | <code>inverse([volume](#volume)) * <wbr>([volume](#volume) / <wbr>[pressure](#pressure))</code> | [view](../hierarchies/compressibility.md) |
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| <span id="isentropic_expansion_factor"></span><code>isentropic_<wbr>expansion_<wbr>factor</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [isentropic_<wbr>exponent](#isentropic_exponent) | [view](../hierarchies/dimensionless.md) |
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| <span id="isentropic_exponent"></span><code>isentropic_<wbr>exponent</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[volume](#volume) / <wbr>[pressure](#pressure) * <wbr>([pressure](#pressure) / <wbr>[volume](#volume))</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="isothermal_compressibility"></span><code>isothermal_<wbr>compressibility</code> | Real | LT²M⁻¹ | ✓ | <code>[isothermal_<wbr>compressibility](#isothermal_compressibility)</code> | <code>[compressibility](#compressibility)</code> | <code>inverse([volume](#volume)) * <wbr>([volume](#volume) / <wbr>[pressure](#pressure))</code> | [view](../hierarchies/compressibility.md) |
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| <span id="kinematic_viscosity"></span><code>kinematic_<wbr>viscosity</code> | Real | L²T⁻¹ | ✓ | <code>[kinematic_<wbr>viscosity](#kinematic_viscosity)</code> | — | <code>[dynamic_<wbr>viscosity](#dynamic_viscosity) / <wbr>[mass_<wbr>density](#mass_density)</code> | [view](../hierarchies/kinematic_viscosity.md) |
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| <span id="kinetic_energy"></span><code>kinetic_<wbr>energy</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[mechanical_<wbr>energy](#mechanical_energy)</code> | <code>[mass](#mass) * <wbr>pow<2>([speed](#speed))</code> | [view](../hierarchies/energy_isq.md) |
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| <span id="kinetic_friction_factor"></span><code>kinetic_<wbr>friction_<wbr>factor</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[kinetic_<wbr>friction_<wbr>force](#kinetic_friction_force) / <wbr>[force](#force)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="kinetic_friction_force"></span><code>kinetic_<wbr>friction_<wbr>force</code> | Vector | LMT⁻² | — | <code>[force](#force)</code> | <code>[force](#force)</code> | — | [view](../hierarchies/force.md) |
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| <span id="latent_heat"></span><code>latent_<wbr>heat</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[heat](#heat)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="leakage_factor"></span><code>leakage_<wbr>factor</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>pow<2>([coupling_<wbr>factor](#coupling_factor))</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="length"></span><code>length</code> | Real | L | ✓ | <code>[length](#length)</code> | — | — | [view](../hierarchies/length.md) |
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| <span id="light_speed_in_vacuum"></span><code>light_<wbr>speed_<wbr>in_<wbr>vacuum</code> | Real | LT⁻¹ | — | <code>[speed](#speed)</code> | <code>[speed](#speed)</code> | alias to [speed_<wbr>of_<wbr>light_<wbr>in_<wbr>vacuum](#speed_of_light_in_vacuum) | [view](../hierarchies/speed.md) |
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| <span id="line_digit_rate"></span><code>line_<wbr>digit_<wbr>rate</code> | Real | T⁻¹ | ✓ | <code>[modulation_<wbr>rate](#modulation_rate)</code> | — | alias to [modulation_<wbr>rate](#modulation_rate) | [view](../hierarchies/modulation_rate.md) |
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| <span id="linear_density"></span><code>linear_<wbr>density</code> | Real | ML⁻¹ | ✓ | <code>[linear_<wbr>mass_<wbr>density](#linear_mass_density)</code> | — | alias to [linear_<wbr>mass_<wbr>density](#linear_mass_density) | [view](../hierarchies/linear_mass_density.md) |
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| <span id="linear_density_of_electric_charge"></span><code>linear_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge</code> | Real | ITL⁻¹ | ✓ | <code>[linear_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#linear_density_of_electric_charge)</code> | — | <code>[electric_<wbr>charge](#electric_charge) / <wbr>[length](#length)</code> | [view](../hierarchies/linear_density_of_electric_charge.md) |
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| <span id="linear_electric_current_density"></span><code>linear_<wbr>electric_<wbr>current_<wbr>density</code> | Vector | IL⁻¹ | ✓ | <code>[linear_<wbr>electric_<wbr>current_<wbr>density](#linear_electric_current_density)</code> | — | <code>[surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#surface_density_of_electric_charge) * <wbr>[velocity](#velocity)</code> | [view](../hierarchies/linear_electric_current_density.md) |
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| <span id="linear_expansion_coefficient"></span><code>linear_<wbr>expansion_<wbr>coefficient</code> | Real | Θ⁻¹ | ✓ | <code>[linear_<wbr>expansion_<wbr>coefficient](#linear_expansion_coefficient)</code> | — | <code>inverse([length](#length)) * <wbr>([length](#length) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature))</code> | [view](../hierarchies/linear_expansion_coefficient.md) |
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| <span id="linear_mass_density"></span><code>linear_<wbr>mass_<wbr>density</code> | Real | ML⁻¹ | ✓ | <code>[linear_<wbr>mass_<wbr>density](#linear_mass_density)</code> | — | <code>[mass](#mass) / <wbr>[length](#length)</code> | [view](../hierarchies/linear_mass_density.md) |
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| <span id="lineic_charge"></span><code>lineic_<wbr>charge</code> | Real | ITL⁻¹ | ✓ | <code>[linear_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#linear_density_of_electric_charge)</code> | — | alias to [linear_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#linear_density_of_electric_charge) | [view](../hierarchies/linear_density_of_electric_charge.md) |
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| <span id="lineic_electric_charge"></span><code>lineic_<wbr>electric_<wbr>charge</code> | Real | ITL⁻¹ | ✓ | <code>[linear_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#linear_density_of_electric_charge)</code> | — | alias to [linear_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#linear_density_of_electric_charge) | [view](../hierarchies/linear_density_of_electric_charge.md) |
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| <span id="linked_magnetic_flux"></span><code>linked_<wbr>magnetic_<wbr>flux</code> | Real | L²MI⁻¹T⁻² | — | <code>[magnetic_<wbr>flux](#magnetic_flux)</code> | <code>[magnetic_<wbr>flux](#magnetic_flux)</code> | — | [view](../hierarchies/magnetic_flux.md) |
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| <span id="logarithmic_decrement"></span><code>logarithmic_<wbr>decrement</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[damping_<wbr>coefficient](#damping_coefficient) * <wbr>[period_<wbr>duration](#period_duration)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="loss_angle"></span><code>loss_<wbr>angle</code> | Real | — | — | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[angular_<wbr>measure](#angular_measure)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="loss_factor"></span><code>loss_<wbr>factor</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>inverse([quality_<wbr>factor](#quality_factor))</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="loss_probability"></span><code>loss_<wbr>probability</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="luminal_speed"></span><code>luminal_<wbr>speed</code> | Real | LT⁻¹ | — | <code>[speed](#speed)</code> | <code>[speed](#speed)</code> | alias to [speed_<wbr>of_<wbr>light_<wbr>in_<wbr>vacuum](#speed_of_light_in_vacuum) | [view](../hierarchies/speed.md) |
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| <span id="luminous_intensity"></span><code>luminous_<wbr>intensity</code> | Real | J | ✓ | <code>[luminous_<wbr>intensity](#luminous_intensity)</code> | — | — | [view](../hierarchies/luminous_intensity.md) |
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| <span id="magnetic_area_moment"></span><code>magnetic_<wbr>area_<wbr>moment</code> | Vector | IL² | ✓ | <code>[magnetic_<wbr>moment](#magnetic_moment)</code> | — | alias to [magnetic_<wbr>moment](#magnetic_moment) | [view](../hierarchies/magnetic_moment.md) |
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| <span id="magnetic_constant"></span><code>magnetic_<wbr>constant</code> | Real | LMI⁻²T⁻² | ✓ | <code>[magnetic_<wbr>constant](#magnetic_constant)</code> | — | <code>[electric_<wbr>potential](#electric_potential) * <wbr>[time](#time) / <wbr>([electric_<wbr>current](#electric_current) * <wbr>[length](#length))</code> | [view](../hierarchies/magnetic_constant.md) |
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| <span id="magnetic_dipole_moment"></span><code>magnetic_<wbr>dipole_<wbr>moment</code> | Vector | L³MI⁻¹T⁻² | ✓ | <code>[magnetic_<wbr>dipole_<wbr>moment](#magnetic_dipole_moment)</code> | — | <code>[magnetic_<wbr>constant](#magnetic_constant) * <wbr>[magnetic_<wbr>moment](#magnetic_moment)</code> | [view](../hierarchies/magnetic_dipole_moment.md) |
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| <span id="magnetic_field_strength"></span><code>magnetic_<wbr>field_<wbr>strength</code> | Vector | IL⁻¹ | — | <code>[magnetization](#magnetization)</code> | <code>[magnetization](#magnetization)</code> | — | [view](../hierarchies/magnetization.md) |
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| <span id="magnetic_flux"></span><code>magnetic_<wbr>flux</code> | Real | L²MI⁻¹T⁻² | ✓ | <code>[magnetic_<wbr>flux](#magnetic_flux)</code> | — | <code>[magnetic_<wbr>flux_<wbr>density](#magnetic_flux_density) * <wbr>[area](#area)</code> | [view](../hierarchies/magnetic_flux.md) |
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| <span id="magnetic_flux_density"></span><code>magnetic_<wbr>flux_<wbr>density</code> | Vector | MI⁻¹T⁻² | ✓ | <code>[magnetic_<wbr>flux_<wbr>density](#magnetic_flux_density)</code> | — | <code>[force](#force) / <wbr>([electric_<wbr>charge](#electric_charge) * <wbr>[velocity](#velocity))</code> | [view](../hierarchies/magnetic_flux_density.md) |
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| <span id="magnetic_moment"></span><code>magnetic_<wbr>moment</code> | Vector | IL² | ✓ | <code>[magnetic_<wbr>moment](#magnetic_moment)</code> | — | <code>[electric_<wbr>current](#electric_current) * <wbr>[area](#area)</code> | [view](../hierarchies/magnetic_moment.md) |
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| <span id="magnetic_polarization"></span><code>magnetic_<wbr>polarization</code> | Vector | MI⁻¹T⁻² | — | <code>[magnetic_<wbr>flux_<wbr>density](#magnetic_flux_density)</code> | <code>[magnetic_<wbr>flux_<wbr>density](#magnetic_flux_density)</code> | <code>[magnetic_<wbr>constant](#magnetic_constant) * <wbr>[magnetization](#magnetization)</code> | [view](../hierarchies/magnetic_flux_density.md) |
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| <span id="magnetic_potential"></span><code>magnetic_<wbr>potential</code> | Real | I | — | <code>[electric_<wbr>current](#electric_current)</code> | <code>[electric_<wbr>current](#electric_current)</code> | — | [view](../hierarchies/electric_current.md) |
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| <span id="magnetic_susceptibility"></span><code>magnetic_<wbr>susceptibility</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[magnetization](#magnetization) / <wbr>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="magnetic_tension"></span><code>magnetic_<wbr>tension</code> | Real | I | — | <code>[electric_<wbr>current](#electric_current)</code> | <code>[electric_<wbr>current](#electric_current)</code> | <code>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength) * <wbr>[position_<wbr>vector](#position_vector)</code> | [view](../hierarchies/electric_current.md) |
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| <span id="magnetic_vector_potential"></span><code>magnetic_<wbr>vector_<wbr>potential</code> | Vector | LMI⁻¹T⁻² | ✓ | <code>[magnetic_<wbr>vector_<wbr>potential](#magnetic_vector_potential)</code> | — | <code>[magnetic_<wbr>flux_<wbr>density](#magnetic_flux_density) * <wbr>[length](#length)</code> | [view](../hierarchies/magnetic_vector_potential.md) |
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| <span id="magnetization"></span><code>magnetization</code> | Vector | IL⁻¹ | ✓ | <code>[magnetization](#magnetization)</code> | — | <code>[magnetic_<wbr>moment](#magnetic_moment) / <wbr>[volume](#volume)</code> | [view](../hierarchies/magnetization.md) |
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| <span id="magnetizing_field"></span><code>magnetizing_<wbr>field</code> | Vector | IL⁻¹ | — | <code>[magnetization](#magnetization)</code> | <code>[magnetization](#magnetization)</code> | alias to [magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength) | [view](../hierarchies/magnetization.md) |
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| <span id="magnetomotive_force"></span><code>magnetomotive_<wbr>force</code> | Real | I | — | <code>[electric_<wbr>current](#electric_current)</code> | <code>[electric_<wbr>current](#electric_current)</code> | <code>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength) * <wbr>[position_<wbr>vector](#position_vector)</code> | [view](../hierarchies/electric_current.md) |
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| <span id="mass"></span><code>mass</code> | Real | M | ✓ | <code>[mass](#mass)</code> | — | — | [view](../hierarchies/mass.md) |
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| <span id="mass_change_rate"></span><code>mass_<wbr>change_<wbr>rate</code> | Real | MT⁻¹ | ✓ | <code>[mass_<wbr>change_<wbr>rate](#mass_change_rate)</code> | — | <code>[mass](#mass) / <wbr>[time](#time)</code> | [view](../hierarchies/mass_change_rate.md) |
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| <span id="mass_concentration_of_water"></span><code>mass_<wbr>concentration_<wbr>of_<wbr>water</code> | Real | ML⁻³ | ✓ | <code>[mass_<wbr>concentration_<wbr>of_<wbr>water](#mass_concentration_of_water)</code> | <code>[mass_<wbr>density](#mass_density)</code> | <code>[mass](#mass) / <wbr>[volume](#volume)</code> | [view](../hierarchies/mass_density.md) |
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| <span id="mass_concentration_of_water_vapour"></span><code>mass_<wbr>concentration_<wbr>of_<wbr>water_<wbr>vapour</code> | Real | ML⁻³ | ✓ | <code>[mass_<wbr>concentration_<wbr>of_<wbr>water_<wbr>vapour](#mass_concentration_of_water_vapour)</code> | <code>[mass_<wbr>density](#mass_density)</code> | <code>[mass](#mass) / <wbr>[volume](#volume)</code> | [view](../hierarchies/mass_density.md) |
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| <span id="mass_density"></span><code>mass_<wbr>density</code> | Real | ML⁻³ | ✓ | <code>[mass_<wbr>density](#mass_density)</code> | — | <code>[mass](#mass) / <wbr>[volume](#volume)</code> | [view](../hierarchies/mass_density.md) |
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| <span id="mass_flow"></span><code>mass_<wbr>flow</code> | Vector | ML⁻²T⁻¹ | ✓ | <code>[mass_<wbr>flow](#mass_flow)</code> | — | <code>[mass_<wbr>density](#mass_density) * <wbr>[velocity](#velocity)</code> | [view](../hierarchies/mass_flow.md) |
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| <span id="mass_flow_rate"></span><code>mass_<wbr>flow_<wbr>rate</code> | Real | MT⁻¹ | ✓ | <code>[mass_<wbr>flow_<wbr>rate](#mass_flow_rate)</code> | — | <code>[mass_<wbr>flow](#mass_flow) * <wbr>[area](#area)</code> | [view](../hierarchies/mass_flow_rate.md) |
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| <span id="mass_fraction_of_dry_matter"></span><code>mass_<wbr>fraction_<wbr>of_<wbr>dry_<wbr>matter</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass_<wbr>fraction_<wbr>of_<wbr>water](#mass_fraction_of_water)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="mass_fraction_of_water"></span><code>mass_<wbr>fraction_<wbr>of_<wbr>water</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass_<wbr>ratio_<wbr>of_<wbr>water_<wbr>to_<wbr>dry_<wbr>matter](#mass_ratio_of_water_to_dry_matter) / <wbr>[mass_<wbr>ratio_<wbr>of_<wbr>water_<wbr>to_<wbr>dry_<wbr>matter](#mass_ratio_of_water_to_dry_matter)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="mass_ratio_of_water_to_dry_matter"></span><code>mass_<wbr>ratio_<wbr>of_<wbr>water_<wbr>to_<wbr>dry_<wbr>matter</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass](#mass) / <wbr>[mass](#mass)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="mass_ratio_of_water_vapour_to_dry_gas"></span><code>mass_<wbr>ratio_<wbr>of_<wbr>water_<wbr>vapour_<wbr>to_<wbr>dry_<wbr>gas</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass](#mass) / <wbr>[mass](#mass)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="maximum_efficiency"></span><code>maximum_<wbr>efficiency</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="mean_queue_length"></span><code>mean_<wbr>queue_<wbr>length</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="mechanical_efficiency"></span><code>mechanical_<wbr>efficiency</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mechanical_<wbr>power](#mechanical_power) / <wbr>[mechanical_<wbr>power](#mechanical_power)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="mechanical_energy"></span><code>mechanical_<wbr>energy</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[mechanical_<wbr>work](#mechanical_work)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="mechanical_power"></span><code>mechanical_<wbr>power</code> | Real | L²MT⁻³ | — | <code>[power](#power)</code> | <code>[power](#power)</code> | <code>[force](#force) * <wbr>[velocity](#velocity)</code> | [view](../hierarchies/power.md) |
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| <span id="mechanical_work"></span><code>mechanical_<wbr>work</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[energy](#energy)</code> | <code>[force](#force) * <wbr>[displacement](#displacement)</code> | [view](../hierarchies/energy_isq.md) |
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| <span id="modulation_rate"></span><code>modulation_<wbr>rate</code> | Real | T⁻¹ | ✓ | <code>[modulation_<wbr>rate](#modulation_rate)</code> | — | <code>inverse([duration](#duration))</code> | [view](../hierarchies/modulation_rate.md) |
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| <span id="modulus_of_compression"></span><code>modulus_<wbr>of_<wbr>compression</code> | Real | ML⁻¹T⁻² | ✓ | <code>[modulus_<wbr>of_<wbr>compression](#modulus_of_compression)</code> | — | <code>[pressure](#pressure) / <wbr>[relative_<wbr>volume_<wbr>strain](#relative_volume_strain)</code> | [view](../hierarchies/modulus_of_compression.md) |
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| <span id="modulus_of_elasticity"></span><code>modulus_<wbr>of_<wbr>elasticity</code> | Real | ML⁻¹T⁻² | ✓ | <code>[modulus_<wbr>of_<wbr>elasticity](#modulus_of_elasticity)</code> | — | <code>[normal_<wbr>stress](#normal_stress) / <wbr>[relative_<wbr>linear_<wbr>strain](#relative_linear_strain)</code> | [view](../hierarchies/modulus_of_elasticity.md) |
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| <span id="modulus_of_rigidity"></span><code>modulus_<wbr>of_<wbr>rigidity</code> | Real | ML⁻¹T⁻² | ✓ | <code>[modulus_<wbr>of_<wbr>rigidity](#modulus_of_rigidity)</code> | — | <code>[shear_<wbr>stress](#shear_stress) / <wbr>[shear_<wbr>strain](#shear_strain)</code> | [view](../hierarchies/modulus_of_rigidity.md) |
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| <span id="moment_of_force"></span><code>moment_<wbr>of_<wbr>force</code> | Vector | L²MT⁻² | ✓ | <code>[moment_<wbr>of_<wbr>force](#moment_of_force)</code> | — | <code>[position_<wbr>vector](#position_vector) * <wbr>[force](#force)</code> | [view](../hierarchies/moment_of_force_isq.md) |
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| <span id="moment_of_inertia"></span><code>moment_<wbr>of_<wbr>inertia</code> | Tensor | L²M | ✓ | <code>[moment_<wbr>of_<wbr>inertia](#moment_of_inertia)</code> | — | <code>[angular_<wbr>momentum](#angular_momentum) / <wbr>[angular_<wbr>velocity](#angular_velocity)</code> | [view](../hierarchies/moment_of_inertia_isq.md) |
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| <span id="momentum"></span><code>momentum</code> | Vector | LMT⁻¹ | ✓ | <code>[momentum](#momentum)</code> | — | <code>[mass](#mass) * <wbr>[velocity](#velocity)</code> | [view](../hierarchies/momentum.md) |
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| <span id="mutual_inductance"></span><code>mutual_<wbr>inductance</code> | Real | L²MI⁻²T⁻² | ✓ | <code>[mutual_<wbr>inductance](#mutual_inductance)</code> | — | <code>[protoflux](#protoflux) / <wbr>[electric_<wbr>current](#electric_current)</code> | [view](../hierarchies/mutual_inductance.md) |
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| <span id="non_active_power"></span><code>non_<wbr>active_<wbr>power</code> | Real | L²MT⁻³ | — | <code>[complex_<wbr>power](#complex_power)</code> | <code>[apparent_<wbr>power](#apparent_power)</code> | <code>pow<1, 2>(pow<2>([apparent_<wbr>power](#apparent_power)))</code> | [view](../hierarchies/complex_power.md) |
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| <span id="normal_stress"></span><code>normal_<wbr>stress</code> | Real | ML⁻¹T⁻² | — | <code>[pressure](#pressure)</code> | <code>[pressure](#pressure)</code> | — | [view](../hierarchies/pressure.md) |
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| <span id="number_of_turns_in_a_winding"></span><code>number_<wbr>of_<wbr>turns_<wbr>in_<wbr>a_<wbr>winding</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="path_length"></span><code>path_<wbr>length</code> | Real | L | — | <code>[length](#length)</code> | <code>[length](#length)</code> | — | [view](../hierarchies/length.md) |
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| <span id="period"></span><code>period</code> | Real | T | — | <code>[duration](#duration)</code> | <code>[duration](#duration)</code> | alias to [period_<wbr>duration](#period_duration) | [view](../hierarchies/duration.md) |
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| <span id="period_duration"></span><code>period_<wbr>duration</code> | Real | T | — | <code>[duration](#duration)</code> | <code>[duration](#duration)</code> | — | [view](../hierarchies/duration.md) |
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| <span id="period_of_binary_digits"></span><code>period_<wbr>of_<wbr>binary_<wbr>digits</code> | Real | T | — | <code>[duration](#duration)</code> | <code>[period_<wbr>duration](#period_duration)</code> | <code>inverse([binary_<wbr>digit_<wbr>rate](#binary_digit_rate))</code> | [view](../hierarchies/duration.md) |
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| <span id="period_of_data_elements"></span><code>period_<wbr>of_<wbr>data_<wbr>elements</code> | Real | T | — | <code>[duration](#duration)</code> | <code>[period_<wbr>duration](#period_duration)</code> | <code>inverse([transfer_<wbr>rate](#transfer_rate))</code> | [view](../hierarchies/duration.md) |
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| <span id="permeability"></span><code>permeability</code> | Real | LMI⁻²T⁻² | ✓ | <code>[permeability](#permeability)</code> | — | <code>[magnetic_<wbr>flux_<wbr>density](#magnetic_flux_density) / <wbr>[magnetic_<wbr>field_<wbr>strength](#magnetic_field_strength)</code> | [view](../hierarchies/permeability.md) |
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| <span id="permeability_of_vacuum"></span><code>permeability_<wbr>of_<wbr>vacuum</code> | Real | LMI⁻²T⁻² | ✓ | <code>[magnetic_<wbr>constant](#magnetic_constant)</code> | — | alias to [magnetic_<wbr>constant](#magnetic_constant) | [view](../hierarchies/magnetic_constant.md) |
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| <span id="permeance"></span><code>permeance</code> | Real | L²MI⁻²T⁻² | ✓ | <code>[permeance](#permeance)</code> | — | <code>inverse([reluctance](#reluctance))</code> | [view](../hierarchies/permeance.md) |
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| <span id="permittivity"></span><code>permittivity</code> | Real | I²T⁴L⁻³M⁻¹ | ✓ | <code>[permittivity](#permittivity)</code> | — | <code>[electric_<wbr>flux_<wbr>density](#electric_flux_density) / <wbr>[electric_<wbr>field_<wbr>strength](#electric_field_strength)</code> | [view](../hierarchies/permittivity.md) |
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| <span id="permittivity_of_vacuum"></span><code>permittivity_<wbr>of_<wbr>vacuum</code> | Real | I²T⁴L⁻³M⁻¹ | ✓ | <code>[electric_<wbr>constant](#electric_constant)</code> | — | alias to [electric_<wbr>constant](#electric_constant) | [view](../hierarchies/electric_constant.md) |
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| <span id="phase_angle"></span><code>phase_<wbr>angle</code> | Real | — | — | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[angular_<wbr>measure](#angular_measure)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="phase_coefficient"></span><code>phase_<wbr>coefficient</code> | Real | L⁻¹ | ✓ | <code>[phase_<wbr>coefficient](#phase_coefficient)</code> | — | <code>[phase_<wbr>angle](#phase_angle) / <wbr>[path_<wbr>length](#path_length)</code> | [view](../hierarchies/phase_coefficient_isq.md) |
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| <span id="phase_difference"></span><code>phase_<wbr>difference</code> | Real | — | — | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[phase_<wbr>angle](#phase_angle)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="phase_speed"></span><code>phase_<wbr>speed</code> | Real | LT⁻¹ | ✓ | <code>[phase_<wbr>speed](#phase_speed)</code> | — | <code>[angular_<wbr>frequency](#angular_frequency) / <wbr>[angular_<wbr>repetency](#angular_repetency)</code> | [view](../hierarchies/phase_speed.md) |
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| <span id="phase_speed_of_electromagnetic_waves"></span><code>phase_<wbr>speed_<wbr>of_<wbr>electromagnetic_<wbr>waves</code> | Real | LT⁻¹ | ✓ | <code>[phase_<wbr>speed_<wbr>of_<wbr>electromagnetic_<wbr>waves](#phase_speed_of_electromagnetic_waves)</code> | — | <code>[angular_<wbr>frequency](#angular_frequency) / <wbr>[angular_<wbr>wavenumber](#angular_wavenumber)</code> | [view](../hierarchies/phase_speed_of_electromagnetic_waves.md) |
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| <span id="position_vector"></span><code>position_<wbr>vector</code> | Vector | L | — | <code>[length](#length)</code> | <code>[displacement](#displacement)</code> | — | [view](../hierarchies/length.md) |
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| <span id="potential_energy"></span><code>potential_<wbr>energy</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[mechanical_<wbr>energy](#mechanical_energy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="power"></span><code>power</code> | Real | L²MT⁻³ | ✓ | <code>[power](#power)</code> | — | <code>[mass](#mass) * <wbr>pow<2>([length](#length)) / <wbr>pow<3>([time](#time))</code> | [view](../hierarchies/power.md) |
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| <span id="power_factor"></span><code>power_<wbr>factor</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[active_<wbr>power](#active_power) / <wbr>[apparent_<wbr>power](#apparent_power)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="pressure"></span><code>pressure</code> | Real | ML⁻¹T⁻² | ✓ | <code>[pressure](#pressure)</code> | — | <code>[force](#force) / <wbr>[area](#area)</code> | [view](../hierarchies/pressure.md) |
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| <span id="pressure_coefficient"></span><code>pressure_<wbr>coefficient</code> | Real | ML⁻¹Θ⁻¹T⁻² | ✓ | <code>[pressure_<wbr>coefficient](#pressure_coefficient)</code> | — | <code>[pressure](#pressure) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/pressure_coefficient.md) |
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| <span id="propagation_coefficient"></span><code>propagation_<wbr>coefficient</code> | Real | L⁻¹ | ✓ | <code>[propagation_<wbr>coefficient](#propagation_coefficient)</code> | — | <code>inverse([length](#length))</code> | [view](../hierarchies/propagation_coefficient_isq.md) |
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| <span id="protoflux"></span><code>protoflux</code> | Real | L²MI⁻¹T⁻² | ✓ | <code>[protoflux](#protoflux)</code> | — | <code>[magnetic_<wbr>vector_<wbr>potential](#magnetic_vector_potential) * <wbr>[displacement](#displacement)</code> | [view](../hierarchies/protoflux.md) |
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| <span id="quality_factor"></span><code>quality_<wbr>factor</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[reactance](#reactance) / <wbr>[resistance](#resistance)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="quantizing_distortion_power"></span><code>quantizing_<wbr>distortion_<wbr>power</code> | Real | L²MT⁻³ | — | <code>[power](#power)</code> | <code>[power](#power)</code> | — | [view](../hierarchies/power.md) |
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| <span id="radial_distance"></span><code>radial_<wbr>distance</code> | Real | L | — | <code>[length](#length)</code> | <code>[distance](#distance)</code> | — | [view](../hierarchies/length.md) |
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| <span id="radiance"></span><code>radiance</code> | Real | MT⁻³ | ✓ | <code>[radiance](#radiance)</code> | — | <code>[radiant_<wbr>intensity](#radiant_intensity) / <wbr>[area](#area)</code> | [view](../hierarchies/radiance.md) |
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| <span id="radiant_energy"></span><code>radiant_<wbr>energy</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[energy](#energy)</code> | — | [view](../hierarchies/energy_isq.md) |
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| <span id="radiant_energy_density"></span><code>radiant_<wbr>energy_<wbr>density</code> | Real | ML⁻¹T⁻² | ✓ | <code>[radiant_<wbr>energy_<wbr>density](#radiant_energy_density)</code> | — | <code>[radiant_<wbr>energy](#radiant_energy) / <wbr>[volume](#volume)</code> | [view](../hierarchies/radiant_energy_density.md) |
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| <span id="radiant_exitance"></span><code>radiant_<wbr>exitance</code> | Real | MT⁻³ | ✓ | <code>[radiant_<wbr>exitance](#radiant_exitance)</code> | — | <code>[radiant_<wbr>flux](#radiant_flux) / <wbr>[area](#area)</code> | [view](../hierarchies/radiant_exitance.md) |
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| <span id="radiant_exposure"></span><code>radiant_<wbr>exposure</code> | Real | MT⁻² | ✓ | <code>[radiant_<wbr>exposure](#radiant_exposure)</code> | — | <code>[radiant_<wbr>energy](#radiant_energy) / <wbr>[area](#area)</code> | [view](../hierarchies/radiant_exposure.md) |
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| <span id="radiant_flux"></span><code>radiant_<wbr>flux</code> | Real | L²MT⁻³ | — | <code>[power](#power)</code> | <code>[power](#power)</code> | <code>[radiant_<wbr>energy](#radiant_energy) / <wbr>[time](#time)</code> | [view](../hierarchies/power.md) |
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| <span id="radiant_intensity"></span><code>radiant_<wbr>intensity</code> | Real | L²MT⁻³ | ✓ | <code>[radiant_<wbr>intensity](#radiant_intensity)</code> | — | <code>[radiant_<wbr>flux](#radiant_flux) / <wbr>[solid_<wbr>angular_<wbr>measure](#solid_angular_measure)</code> | [view](../hierarchies/radiant_intensity.md) |
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| <span id="radiant_power"></span><code>radiant_<wbr>power</code> | Real | L²MT⁻³ | — | <code>[power](#power)</code> | <code>[power](#power)</code> | alias to [radiant_<wbr>flux](#radiant_flux) | [view](../hierarchies/power.md) |
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| <span id="radius"></span><code>radius</code> | Real | L | — | <code>[length](#length)</code> | <code>[width](#width)</code> | — | [view](../hierarchies/length.md) |
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| <span id="radius_of_curvature"></span><code>radius_<wbr>of_<wbr>curvature</code> | Real | L | — | <code>[length](#length)</code> | <code>[radius](#radius)</code> | — | [view](../hierarchies/length.md) |
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| <span id="ratio_of_specific_heat_capacities"></span><code>ratio_<wbr>of_<wbr>specific_<wbr>heat_<wbr>capacities</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[specific_<wbr>heat_<wbr>capacity_<wbr>at_<wbr>constant_<wbr>pressure](#specific_heat_capacity_at_constant_pressure) / <wbr>[specific_<wbr>heat_<wbr>capacity_<wbr>at_<wbr>constant_<wbr>volume](#specific_heat_capacity_at_constant_volume)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="reactance"></span><code>reactance</code> | Real | L²MI⁻²T⁻³ | — | <code>[impedance](#impedance)</code> | <code>[impedance](#impedance)</code> | — | [view](../hierarchies/impedance.md) |
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| <span id="reactive_power"></span><code>reactive_<wbr>power</code> | Real | L²MT⁻³ | ✓ | <code>[reactive_<wbr>power](#reactive_power)</code> | — | <code>[mass](#mass) * <wbr>pow<2>([length](#length)) / <wbr>pow<3>([duration](#duration))</code> | [view](../hierarchies/reactive_power.md) |
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| <span id="refractive_index"></span><code>refractive_<wbr>index</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[speed_<wbr>of_<wbr>light_<wbr>in_<wbr>vacuum](#speed_of_light_in_vacuum) / <wbr>[speed_<wbr>of_<wbr>light_<wbr>in_<wbr>a_<wbr>medium](#speed_of_light_in_a_medium)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_density"></span><code>relative_<wbr>density</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [relative_<wbr>mass_<wbr>density](#relative_mass_density) | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_humidity"></span><code>relative_<wbr>humidity</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[pressure](#pressure) / <wbr>[pressure](#pressure)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_linear_strain"></span><code>relative_<wbr>linear_<wbr>strain</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[length](#length) / <wbr>[length](#length)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_mass_concentration_of_vapour"></span><code>relative_<wbr>mass_<wbr>concentration_<wbr>of_<wbr>vapour</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass_<wbr>concentration_<wbr>of_<wbr>water_<wbr>vapour](#mass_concentration_of_water_vapour) / <wbr>[mass_<wbr>concentration_<wbr>of_<wbr>water_<wbr>vapour](#mass_concentration_of_water_vapour)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_mass_density"></span><code>relative_<wbr>mass_<wbr>density</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass_<wbr>density](#mass_density) / <wbr>[mass_<wbr>density](#mass_density)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_mass_ratio_of_vapour"></span><code>relative_<wbr>mass_<wbr>ratio_<wbr>of_<wbr>vapour</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[mass_<wbr>ratio_<wbr>of_<wbr>water_<wbr>vapour_<wbr>to_<wbr>dry_<wbr>gas](#mass_ratio_of_water_vapour_to_dry_gas) / <wbr>[mass_<wbr>ratio_<wbr>of_<wbr>water_<wbr>vapour_<wbr>to_<wbr>dry_<wbr>gas](#mass_ratio_of_water_vapour_to_dry_gas)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_permeability"></span><code>relative_<wbr>permeability</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[permeability](#permeability) / <wbr>[magnetic_<wbr>constant](#magnetic_constant)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_permittivity"></span><code>relative_<wbr>permittivity</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[permittivity](#permittivity) / <wbr>[electric_<wbr>constant](#electric_constant)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="relative_pressure_coefficient"></span><code>relative_<wbr>pressure_<wbr>coefficient</code> | Real | Θ⁻¹ | ✓ | <code>[relative_<wbr>pressure_<wbr>coefficient](#relative_pressure_coefficient)</code> | — | <code>inverse([pressure](#pressure)) * <wbr>([pressure](#pressure) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature))</code> | [view](../hierarchies/relative_pressure_coefficient.md) |
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| <span id="relative_volume_strain"></span><code>relative_<wbr>volume_<wbr>strain</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[volume](#volume) / <wbr>[volume](#volume)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="reluctance"></span><code>reluctance</code> | Real | I²T²L⁻²M⁻¹ | ✓ | <code>[reluctance](#reluctance)</code> | — | <code>[magnetic_<wbr>tension](#magnetic_tension) / <wbr>[magnetic_<wbr>flux](#magnetic_flux)</code> | [view](../hierarchies/reluctance.md) |
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| <span id="repetency"></span><code>repetency</code> | Real | L⁻¹ | ✓ | <code>[repetency](#repetency)</code> | — | <code>inverse([wavelength](#wavelength))</code> | [view](../hierarchies/repetency.md) |
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| <span id="resistance"></span><code>resistance</code> | Real | L²MI⁻²T⁻³ | — | <code>[impedance](#impedance)</code> | <code>[impedance](#impedance)</code> | <code>[voltage](#voltage) / <wbr>[electric_<wbr>current](#electric_current)</code> | [view](../hierarchies/impedance.md) |
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| <span id="resistance_to_alternating_current"></span><code>resistance_<wbr>to_<wbr>alternating_<wbr>current</code> | Real | L²MI⁻²T⁻³ | — | <code>[impedance](#impedance)</code> | <code>[impedance](#impedance)</code> | — | [view](../hierarchies/impedance.md) |
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| <span id="resistivity"></span><code>resistivity</code> | Real | L³MI⁻²T⁻³ | ✓ | <code>[resistivity](#resistivity)</code> | — | <code>inverse([conductivity](#conductivity))</code> | [view](../hierarchies/resistivity.md) |
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| <span id="rolling_drag"></span><code>rolling_<wbr>drag</code> | Vector | LMT⁻² | — | <code>[force](#force)</code> | <code>[force](#force)</code> | alias to [rolling_<wbr>resistance](#rolling_resistance) | [view](../hierarchies/force.md) |
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| <span id="rolling_friction_force"></span><code>rolling_<wbr>friction_<wbr>force</code> | Vector | LMT⁻² | — | <code>[force](#force)</code> | <code>[force](#force)</code> | alias to [rolling_<wbr>resistance](#rolling_resistance) | [view](../hierarchies/force.md) |
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| <span id="rolling_resistance"></span><code>rolling_<wbr>resistance</code> | Vector | LMT⁻² | — | <code>[force](#force)</code> | <code>[force](#force)</code> | — | [view](../hierarchies/force.md) |
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| <span id="rolling_resistance_factor"></span><code>rolling_<wbr>resistance_<wbr>factor</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[force](#force) / <wbr>[force](#force)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="rotation"></span><code>rotation</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="rotational_displacement"></span><code>rotational_<wbr>displacement</code> | Real | — | — | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[angular_<wbr>measure](#angular_measure)</code> | <code>[path_<wbr>length](#path_length) / <wbr>[radius](#radius)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="rotational_frequency"></span><code>rotational_<wbr>frequency</code> | Real | T⁻¹ | ✓ | <code>[rotational_<wbr>frequency](#rotational_frequency)</code> | — | <code>[rotation](#rotation) / <wbr>[duration](#duration)</code> | [view](../hierarchies/rotational_frequency.md) |
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| <span id="second_axial_moment_of_area"></span><code>second_<wbr>axial_<wbr>moment_<wbr>of_<wbr>area</code> | Real | L⁴ | ✓ | <code>[second_<wbr>axial_<wbr>moment_<wbr>of_<wbr>area](#second_axial_moment_of_area)</code> | — | <code>pow<2>([radial_<wbr>distance](#radial_distance)) * <wbr>[area](#area)</code> | [view](../hierarchies/second_axial_moment_of_area.md) |
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| <span id="second_polar_moment_of_area"></span><code>second_<wbr>polar_<wbr>moment_<wbr>of_<wbr>area</code> | Real | L⁴ | ✓ | <code>[second_<wbr>polar_<wbr>moment_<wbr>of_<wbr>area](#second_polar_moment_of_area)</code> | — | <code>pow<2>([radial_<wbr>distance](#radial_distance)) * <wbr>[area](#area)</code> | [view](../hierarchies/second_polar_moment_of_area.md) |
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| <span id="section_modulus"></span><code>section_<wbr>modulus</code> | Real | L³ | ✓ | <code>[section_<wbr>modulus](#section_modulus)</code> | — | <code>[second_<wbr>axial_<wbr>moment_<wbr>of_<wbr>area](#second_axial_moment_of_area) / <wbr>[radial_<wbr>distance](#radial_distance)</code> | [view](../hierarchies/section_modulus.md) |
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| <span id="self_inductance"></span><code>self_<wbr>inductance</code> | Real | L²MI⁻²T⁻² | ✓ | <code>[inductance](#inductance)</code> | — | alias to [inductance](#inductance) | [view](../hierarchies/inductance.md) |
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| <span id="shear_modulus"></span><code>shear_<wbr>modulus</code> | Real | ML⁻¹T⁻² | ✓ | <code>[modulus_<wbr>of_<wbr>rigidity](#modulus_of_rigidity)</code> | — | alias to [modulus_<wbr>of_<wbr>rigidity](#modulus_of_rigidity) | [view](../hierarchies/modulus_of_rigidity.md) |
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| <span id="shear_strain"></span><code>shear_<wbr>strain</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[displacement](#displacement) / <wbr>[thickness](#thickness)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="shear_stress"></span><code>shear_<wbr>stress</code> | Real | ML⁻¹T⁻² | — | <code>[pressure](#pressure)</code> | <code>[pressure](#pressure)</code> | — | [view](../hierarchies/pressure.md) |
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| <span id="signal_energy_per_binary_digit"></span><code>signal_<wbr>energy_<wbr>per_<wbr>binary_<wbr>digit</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[energy](#energy)</code> | <code>[carrier_<wbr>power](#carrier_power) * <wbr>[period_<wbr>of_<wbr>binary_<wbr>digits](#period_of_binary_digits)</code> | [view](../hierarchies/energy_isq.md) |
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| <span id="solid_angular_measure"></span><code>solid_<wbr>angular_<wbr>measure</code> | Real | — | ✓ | <code>[solid_<wbr>angular_<wbr>measure](#solid_angular_measure)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[area](#area) / <wbr>pow<2>([radius](#radius))</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="source_tension"></span><code>source_<wbr>tension</code> | Real | L²MI⁻¹T⁻³ | — | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[voltage](#voltage)</code> | alias to [source_<wbr>voltage](#source_voltage) | [view](../hierarchies/electric_potential.md) |
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| <span id="source_voltage"></span><code>source_<wbr>voltage</code> | Real | L²MI⁻¹T⁻³ | — | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[voltage](#voltage)</code> | — | [view](../hierarchies/electric_potential.md) |
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| <span id="specific_Gibbs_energy"></span><code>specific_<wbr>Gibbs_<wbr>energy</code> | Real | L²T⁻² | — | <code>[specific_<wbr>energy](#specific_energy)</code> | <code>[specific_<wbr>enthalpy](#specific_enthalpy)</code> | <code>[Gibbs_<wbr>energy](#Gibbs_energy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_energy.md) |
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| <span id="specific_Gibbs_function"></span><code>specific_<wbr>Gibbs_<wbr>function</code> | Real | L²T⁻² | — | <code>[specific_<wbr>energy](#specific_energy)</code> | <code>[specific_<wbr>enthalpy](#specific_enthalpy)</code> | alias to [specific_<wbr>Gibbs_<wbr>energy](#specific_Gibbs_energy) | [view](../hierarchies/specific_energy.md) |
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| <span id="specific_Helmholtz_energy"></span><code>specific_<wbr>Helmholtz_<wbr>energy</code> | Real | L²T⁻² | — | <code>[specific_<wbr>energy](#specific_energy)</code> | <code>[specific_<wbr>internal_<wbr>energy](#specific_internal_energy)</code> | <code>[Helmholtz_<wbr>energy](#Helmholtz_energy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_energy.md) |
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| <span id="specific_Helmholtz_function"></span><code>specific_<wbr>Helmholtz_<wbr>function</code> | Real | L²T⁻² | — | <code>[specific_<wbr>energy](#specific_energy)</code> | <code>[specific_<wbr>internal_<wbr>energy](#specific_internal_energy)</code> | alias to [specific_<wbr>Helmholtz_<wbr>energy](#specific_Helmholtz_energy) | [view](../hierarchies/specific_energy.md) |
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| <span id="specific_energy"></span><code>specific_<wbr>energy</code> | Real | L²T⁻² | ✓ | <code>[specific_<wbr>energy](#specific_energy)</code> | — | <code>[energy](#energy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_energy.md) |
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| <span id="specific_enthalpy"></span><code>specific_<wbr>enthalpy</code> | Real | L²T⁻² | — | <code>[specific_<wbr>energy](#specific_energy)</code> | <code>[specific_<wbr>internal_<wbr>energy](#specific_internal_energy)</code> | <code>[enthalpy](#enthalpy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_energy.md) |
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| <span id="specific_entropy"></span><code>specific_<wbr>entropy</code> | Real | L²Θ⁻¹T⁻² | ✓ | <code>[specific_<wbr>entropy](#specific_entropy)</code> | — | <code>[entropy](#entropy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_entropy.md) |
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| <span id="specific_gas_constant"></span><code>specific_<wbr>gas_<wbr>constant</code> | Real | L²Θ⁻¹T⁻² | ✓ | <code>[specific_<wbr>gas_<wbr>constant](#specific_gas_constant)</code> | — | <code>[entropy](#entropy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_gas_constant.md) |
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| <span id="specific_heat_capacity"></span><code>specific_<wbr>heat_<wbr>capacity</code> | Real | L²Θ⁻¹T⁻² | ✓ | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | — | <code>[heat_<wbr>capacity](#heat_capacity) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_heat_capacity.md) |
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| <span id="specific_heat_capacity_at_constant_pressure"></span><code>specific_<wbr>heat_<wbr>capacity_<wbr>at_<wbr>constant_<wbr>pressure</code> | Real | L²Θ⁻¹T⁻² | — | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | — | [view](../hierarchies/specific_heat_capacity.md) |
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| <span id="specific_heat_capacity_at_constant_volume"></span><code>specific_<wbr>heat_<wbr>capacity_<wbr>at_<wbr>constant_<wbr>volume</code> | Real | L²Θ⁻¹T⁻² | — | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | — | [view](../hierarchies/specific_heat_capacity.md) |
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| <span id="specific_heat_capacity_at_saturated_vapour_pressure"></span><code>specific_<wbr>heat_<wbr>capacity_<wbr>at_<wbr>saturated_<wbr>vapour_<wbr>pressure</code> | Real | L²Θ⁻¹T⁻² | — | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | <code>[specific_<wbr>heat_<wbr>capacity](#specific_heat_capacity)</code> | — | [view](../hierarchies/specific_heat_capacity.md) |
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| <span id="specific_internal_energy"></span><code>specific_<wbr>internal_<wbr>energy</code> | Real | L²T⁻² | — | <code>[specific_<wbr>energy](#specific_energy)</code> | <code>[specific_<wbr>energy](#specific_energy)</code> | <code>[internal_<wbr>energy](#internal_energy) / <wbr>[mass](#mass)</code> | [view](../hierarchies/specific_energy.md) |
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| <span id="specific_thermodynamic_energy"></span><code>specific_<wbr>thermodynamic_<wbr>energy</code> | Real | L²T⁻² | — | <code>[specific_<wbr>energy](#specific_energy)</code> | <code>[specific_<wbr>energy](#specific_energy)</code> | alias to [specific_<wbr>internal_<wbr>energy](#specific_internal_energy) | [view](../hierarchies/specific_energy.md) |
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| <span id="specific_volume"></span><code>specific_<wbr>volume</code> | Real | L³M⁻¹ | ✓ | <code>[specific_<wbr>volume](#specific_volume)</code> | — | <code>inverse([mass_<wbr>density](#mass_density))</code> | [view](../hierarchies/specific_volume.md) |
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| <span id="spectral_irradiance"></span><code>spectral_<wbr>irradiance</code> | Real | ML⁻¹T⁻³ | ✓ | <code>[spectral_<wbr>irradiance](#spectral_irradiance)</code> | — | <code>[irradiance](#irradiance) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_irradiance.md) |
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| <span id="spectral_radiance"></span><code>spectral_<wbr>radiance</code> | Real | ML⁻¹T⁻³ | ✓ | <code>[spectral_<wbr>radiance](#spectral_radiance)</code> | — | <code>[radiance](#radiance) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiance.md) |
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| <span id="spectral_radiant_energy"></span><code>spectral_<wbr>radiant_<wbr>energy</code> | Real | LMT⁻² | ✓ | <code>[spectral_<wbr>radiant_<wbr>energy](#spectral_radiant_energy)</code> | — | <code>[radiant_<wbr>energy](#radiant_energy) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiant_energy.md) |
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| <span id="spectral_radiant_energy_density_in_terms_of_wavelength"></span><code>spectral_<wbr>radiant_<wbr>energy_<wbr>density_<wbr>in_<wbr>terms_<wbr>of_<wbr>wavelength</code> | Real | ML⁻²T⁻² | ✓ | <code>[spectral_<wbr>radiant_<wbr>energy_<wbr>density_<wbr>in_<wbr>terms_<wbr>of_<wbr>wavelength](#spectral_radiant_energy_density_in_terms_of_wavelength)</code> | — | <code>[radiant_<wbr>energy_<wbr>density](#radiant_energy_density) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiant_energy_density_in_terms_of_wavelength.md) |
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| <span id="spectral_radiant_energy_density_in_terms_of_wavenumber"></span><code>spectral_<wbr>radiant_<wbr>energy_<wbr>density_<wbr>in_<wbr>terms_<wbr>of_<wbr>wavenumber</code> | Real | MT⁻² | ✓ | <code>[spectral_<wbr>radiant_<wbr>energy_<wbr>density_<wbr>in_<wbr>terms_<wbr>of_<wbr>wavenumber](#spectral_radiant_energy_density_in_terms_of_wavenumber)</code> | — | <code>[radiant_<wbr>energy_<wbr>density](#radiant_energy_density) / <wbr>[wavenumber](#wavenumber)</code> | [view](../hierarchies/spectral_radiant_energy_density_in_terms_of_wavenumber.md) |
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| <span id="spectral_radiant_exitance"></span><code>spectral_<wbr>radiant_<wbr>exitance</code> | Real | ML⁻¹T⁻³ | ✓ | <code>[spectral_<wbr>radiant_<wbr>exitance](#spectral_radiant_exitance)</code> | — | <code>[radiant_<wbr>exitance](#radiant_exitance) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiant_exitance.md) |
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| <span id="spectral_radiant_exposure"></span><code>spectral_<wbr>radiant_<wbr>exposure</code> | Real | ML⁻¹T⁻² | ✓ | <code>[spectral_<wbr>radiant_<wbr>exposure](#spectral_radiant_exposure)</code> | — | <code>[radiant_<wbr>exposure](#radiant_exposure) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiant_exposure.md) |
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| <span id="spectral_radiant_flux"></span><code>spectral_<wbr>radiant_<wbr>flux</code> | Real | LMT⁻³ | ✓ | <code>[spectral_<wbr>radiant_<wbr>flux](#spectral_radiant_flux)</code> | — | <code>[radiant_<wbr>flux](#radiant_flux) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiant_flux.md) |
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| <span id="spectral_radiant_intensity"></span><code>spectral_<wbr>radiant_<wbr>intensity</code> | Real | LMT⁻³ | ✓ | <code>[spectral_<wbr>radiant_<wbr>intensity](#spectral_radiant_intensity)</code> | — | <code>[radiant_<wbr>intensity](#radiant_intensity) / <wbr>[wavelength](#wavelength)</code> | [view](../hierarchies/spectral_radiant_intensity.md) |
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| <span id="spectral_radiant_power"></span><code>spectral_<wbr>radiant_<wbr>power</code> | Real | LMT⁻³ | ✓ | <code>[spectral_<wbr>radiant_<wbr>flux](#spectral_radiant_flux)</code> | — | alias to [spectral_<wbr>radiant_<wbr>flux](#spectral_radiant_flux) | [view](../hierarchies/spectral_radiant_flux.md) |
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| <span id="speed"></span><code>speed</code> | Real | LT⁻¹ | ✓ | <code>[speed](#speed)</code> | — | <code>[length](#length) / <wbr>[time](#time)</code> | [view](../hierarchies/speed.md) |
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| <span id="speed_of_light_in_a_medium"></span><code>speed_<wbr>of_<wbr>light_<wbr>in_<wbr>a_<wbr>medium</code> | Real | LT⁻¹ | — | <code>[speed](#speed)</code> | <code>[speed](#speed)</code> | — | [view](../hierarchies/speed.md) |
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| <span id="speed_of_light_in_vacuum"></span><code>speed_<wbr>of_<wbr>light_<wbr>in_<wbr>vacuum</code> | Real | LT⁻¹ | — | <code>[speed](#speed)</code> | <code>[speed](#speed)</code> | — | [view](../hierarchies/speed.md) |
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| <span id="static_friction"></span><code>static_<wbr>friction</code> | Vector | LMT⁻² | — | <code>[force](#force)</code> | <code>[force](#force)</code> | alias to [static_<wbr>friction_<wbr>force](#static_friction_force) | [view](../hierarchies/force.md) |
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| <span id="static_friction_coefficient"></span><code>static_<wbr>friction_<wbr>coefficient</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[static_<wbr>friction_<wbr>force](#static_friction_force) / <wbr>[force](#force)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="static_friction_factor"></span><code>static_<wbr>friction_<wbr>factor</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [static_<wbr>friction_<wbr>coefficient](#static_friction_coefficient) | [view](../hierarchies/dimensionless.md) |
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| <span id="static_friction_force"></span><code>static_<wbr>friction_<wbr>force</code> | Vector | LMT⁻² | — | <code>[force](#force)</code> | <code>[force](#force)</code> | — | [view](../hierarchies/force.md) |
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| <span id="storage_capacity"></span><code>storage_<wbr>capacity</code> | Real | — | ✓ | <code>[storage_<wbr>capacity](#storage_capacity)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="storage_size"></span><code>storage_<wbr>size</code> | Real | — | ✓ | <code>[storage_<wbr>capacity](#storage_capacity)</code> | <code>[dimensionless](core.md#dimensionless)</code> | alias to [storage_<wbr>capacity](#storage_capacity) | [view](../hierarchies/dimensionless.md) |
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| <span id="strain"></span><code>strain</code> | Tensor | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="stress"></span><code>stress</code> | Tensor | ML⁻¹T⁻² | — | <code>[pressure](#pressure)</code> | <code>[pressure](#pressure)</code> | — | [view](../hierarchies/pressure.md) |
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| <span id="surface_coefficient_of_heat_transfer"></span><code>surface_<wbr>coefficient_<wbr>of_<wbr>heat_<wbr>transfer</code> | Real | MΘ⁻¹T⁻³ | ✓ | <code>[surface_<wbr>coefficient_<wbr>of_<wbr>heat_<wbr>transfer](#surface_coefficient_of_heat_transfer)</code> | — | <code>[density_<wbr>of_<wbr>heat_<wbr>flow_<wbr>rate](#density_of_heat_flow_rate) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | [view](../hierarchies/surface_coefficient_of_heat_transfer.md) |
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| <span id="surface_density"></span><code>surface_<wbr>density</code> | Real | ML⁻² | ✓ | <code>[surface_<wbr>mass_<wbr>density](#surface_mass_density)</code> | — | alias to [surface_<wbr>mass_<wbr>density](#surface_mass_density) | [view](../hierarchies/surface_mass_density.md) |
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| <span id="surface_density_of_electric_charge"></span><code>surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge</code> | Real | ITL⁻² | ✓ | <code>[surface_<wbr>density_<wbr>of_<wbr>electric_<wbr>charge](#surface_density_of_electric_charge)</code> | — | <code>[electric_<wbr>charge](#electric_charge) / <wbr>[area](#area)</code> | [view](../hierarchies/surface_density_of_electric_charge.md) |
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| <span id="surface_mass_density"></span><code>surface_<wbr>mass_<wbr>density</code> | Real | ML⁻² | ✓ | <code>[surface_<wbr>mass_<wbr>density](#surface_mass_density)</code> | — | <code>[mass](#mass) / <wbr>[area](#area)</code> | [view](../hierarchies/surface_mass_density.md) |
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| <span id="surface_tension"></span><code>surface_<wbr>tension</code> | Real | MT⁻² | ✓ | <code>[surface_<wbr>tension](#surface_tension)</code> | — | <code>[force](#force) / <wbr>[length](#length)</code> | [view](../hierarchies/surface_tension.md) |
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| <span id="susceptance"></span><code>susceptance</code> | Real | I²T³L⁻²M⁻¹ | — | <code>[admittance](#admittance)</code> | <code>[admittance](#admittance)</code> | — | [view](../hierarchies/admittance.md) |
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| <span id="thermal_conductance"></span><code>thermal_<wbr>conductance</code> | Real | L²MΘ⁻¹T⁻³ | ✓ | <code>[thermal_<wbr>conductance](#thermal_conductance)</code> | — | <code>inverse([thermal_<wbr>resistance](#thermal_resistance))</code> | [view](../hierarchies/thermal_conductance.md) |
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| <span id="thermal_conductivity"></span><code>thermal_<wbr>conductivity</code> | Real | LMΘ⁻¹T⁻³ | ✓ | <code>[thermal_<wbr>conductivity](#thermal_conductivity)</code> | — | <code>[density_<wbr>of_<wbr>heat_<wbr>flow_<wbr>rate](#density_of_heat_flow_rate) *([length](#length) / <wbr>[thermodynamic_<wbr>temperature](#thermodynamic_temperature))</code> | [view](../hierarchies/thermal_conductivity.md) |
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| <span id="thermal_diffusivity"></span><code>thermal_<wbr>diffusivity</code> | Real | L²T⁻¹ | ✓ | <code>[thermal_<wbr>diffusivity](#thermal_diffusivity)</code> | — | <code>[thermal_<wbr>conductivity](#thermal_conductivity) / <wbr>([mass_<wbr>density](#mass_density) * <wbr>[specific_<wbr>heat_<wbr>capacity_<wbr>at_<wbr>constant_<wbr>pressure](#specific_heat_capacity_at_constant_pressure))</code> | [view](../hierarchies/thermal_diffusivity.md) |
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| <span id="thermal_insulance"></span><code>thermal_<wbr>insulance</code> | Real | ΘT³M⁻¹ | ✓ | <code>[thermal_<wbr>insulance](#thermal_insulance)</code> | — | <code>inverse([coefficient_<wbr>of_<wbr>heat_<wbr>transfer](#coefficient_of_heat_transfer))</code> | [view](../hierarchies/thermal_insulance.md) |
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| <span id="thermal_resistance"></span><code>thermal_<wbr>resistance</code> | Real | ΘT³L⁻²M⁻¹ | ✓ | <code>[thermal_<wbr>resistance](#thermal_resistance)</code> | — | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature) / <wbr>[heat_<wbr>flow_<wbr>rate](#heat_flow_rate)</code> | [view](../hierarchies/thermal_resistance.md) |
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| <span id="thermodynamic_efficiency"></span><code>thermodynamic_<wbr>efficiency</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | <code>[work](#work) / <wbr>[heat](#heat)</code> | [view](../hierarchies/dimensionless.md) |
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| <span id="thermodynamic_energy"></span><code>thermodynamic_<wbr>energy</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[energy](#energy)</code> | alias to [internal_<wbr>energy](#internal_energy) | [view](../hierarchies/energy_isq.md) |
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| <span id="thermodynamic_temperature"></span><code>thermodynamic_<wbr>temperature</code> | Real | Θ | ✓ | <code>[thermodynamic_<wbr>temperature](#thermodynamic_temperature)</code> | — | — | [view](../hierarchies/thermodynamic_temperature.md) |
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| <span id="thickness"></span><code>thickness</code> | Real | L | — | <code>[length](#length)</code> | <code>[width](#width)</code> | — | [view](../hierarchies/length.md) |
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| <span id="time"></span><code>time</code> | Real | T | ✓ | <code>[duration](#duration)</code> | — | alias to [duration](#duration) | [view](../hierarchies/duration.md) |
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| <span id="time_constant"></span><code>time_<wbr>constant</code> | Real | T | — | <code>[duration](#duration)</code> | <code>[duration](#duration)</code> | — | [view](../hierarchies/duration.md) |
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| <span id="torque"></span><code>torque</code> | Real | L²MT⁻² | — | <code>[moment_<wbr>of_<wbr>force](#moment_of_force)</code> | <code>[moment_<wbr>of_<wbr>force](#moment_of_force)</code> | — | [view](../hierarchies/moment_of_force_isq.md) |
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| <span id="total_current"></span><code>total_<wbr>current</code> | Real | I | — | <code>[electric_<wbr>current](#electric_current)</code> | <code>[electric_<wbr>current](#electric_current)</code> | — | [view](../hierarchies/electric_current.md) |
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| <span id="total_current_density"></span><code>total_<wbr>current_<wbr>density</code> | Vector | IL⁻² | — | <code>[electric_<wbr>current_<wbr>density](#electric_current_density)</code> | <code>[electric_<wbr>current_<wbr>density](#electric_current_density)</code> | — | [view](../hierarchies/electric_current_density.md) |
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| <span id="total_magnetic_flux"></span><code>total_<wbr>magnetic_<wbr>flux</code> | Real | L²MI⁻¹T⁻² | — | <code>[magnetic_<wbr>flux](#magnetic_flux)</code> | <code>[magnetic_<wbr>flux](#magnetic_flux)</code> | — | [view](../hierarchies/magnetic_flux.md) |
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| <span id="traffic_carried_intensity"></span><code>traffic_<wbr>carried_<wbr>intensity</code> | Real | A | — | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | — | [view](../hierarchies/traffic_intensity.md) |
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| <span id="traffic_intensity"></span><code>traffic_<wbr>intensity</code> | Real | A | ✓ | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | — | — | [view](../hierarchies/traffic_intensity.md) |
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| <span id="traffic_load"></span><code>traffic_<wbr>load</code> | Real | A | — | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | alias to [traffic_<wbr>carried_<wbr>intensity](#traffic_carried_intensity) | [view](../hierarchies/traffic_intensity.md) |
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| <span id="traffic_offered_intensity"></span><code>traffic_<wbr>offered_<wbr>intensity</code> | Real | A | — | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | <code>[traffic_<wbr>intensity](#traffic_intensity)</code> | — | [view](../hierarchies/traffic_intensity.md) |
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| <span id="transfer_rate"></span><code>transfer_<wbr>rate</code> | Real | T⁻¹ | ✓ | <code>[transfer_<wbr>rate](#transfer_rate)</code> | — | <code>[storage_<wbr>capacity](#storage_capacity) / <wbr>[duration](#duration)</code> | [view](../hierarchies/transfer_rate.md) |
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| <span id="velocity"></span><code>velocity</code> | Vector | LT⁻¹ | — | <code>[speed](#speed)</code> | <code>[speed](#speed)</code> | <code>[displacement](#displacement) / <wbr>[duration](#duration)</code> | [view](../hierarchies/speed.md) |
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| <span id="voltage"></span><code>voltage</code> | Real | L²MI⁻¹T⁻³ | — | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[electric_<wbr>potential](#electric_potential)</code> | — | [view](../hierarchies/electric_potential.md) |
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| <span id="voltage_phasor"></span><code>voltage_<wbr>phasor</code> | Complex | L²MI⁻¹T⁻³ | — | <code>[electric_<wbr>potential](#electric_potential)</code> | <code>[voltage](#voltage)</code> | — | [view](../hierarchies/electric_potential.md) |
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| <span id="volume"></span><code>volume</code> | Real | L³ | ✓ | <code>[volume](#volume)</code> | — | <code>pow<3>([length](#length))</code> | [view](../hierarchies/volume.md) |
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| <span id="volume_electric_charge"></span><code>volume_<wbr>electric_<wbr>charge</code> | Real | ITL⁻³ | ✓ | <code>[electric_<wbr>charge_<wbr>density](#electric_charge_density)</code> | — | alias to [electric_<wbr>charge_<wbr>density](#electric_charge_density) | [view](../hierarchies/electric_charge_density.md) |
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| <span id="volume_flow_rate"></span><code>volume_<wbr>flow_<wbr>rate</code> | Real | L³T⁻¹ | ✓ | <code>[volume_<wbr>flow_<wbr>rate](#volume_flow_rate)</code> | — | <code>[velocity](#velocity) * <wbr>[area](#area)</code> | [view](../hierarchies/volume_flow_rate.md) |
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| <span id="volumic_charge"></span><code>volumic_<wbr>charge</code> | Real | ITL⁻³ | ✓ | <code>[electric_<wbr>charge_<wbr>density](#electric_charge_density)</code> | — | alias to [electric_<wbr>charge_<wbr>density](#electric_charge_density) | [view](../hierarchies/electric_charge_density.md) |
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| <span id="waiting_probability"></span><code>waiting_<wbr>probability</code> | Real | — | — | <code>[dimensionless](core.md#dimensionless)</code> | <code>[dimensionless](core.md#dimensionless)</code> | — | [view](../hierarchies/dimensionless.md) |
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| <span id="wave_impedance_in_vacuum"></span><code>wave_<wbr>impedance_<wbr>in_<wbr>vacuum</code> | Complex | L²MI⁻²T⁻³ | — | <code>[impedance](#impedance)</code> | <code>[impedance](#impedance)</code> | alias to [impedance_<wbr>of_<wbr>vacuum](#impedance_of_vacuum) | [view](../hierarchies/impedance.md) |
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| <span id="wave_vector"></span><code>wave_<wbr>vector</code> | Vector | L⁻¹ | — | <code>[repetency](#repetency)</code> | <code>[repetency](#repetency)</code> | — | [view](../hierarchies/repetency.md) |
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| <span id="wavelength"></span><code>wavelength</code> | Real | L | — | <code>[length](#length)</code> | <code>[length](#length)</code> | — | [view](../hierarchies/length.md) |
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| <span id="wavenumber"></span><code>wavenumber</code> | Real | L⁻¹ | ✓ | <code>[repetency](#repetency)</code> | — | alias to [repetency](#repetency) | [view](../hierarchies/repetency.md) |
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| <span id="weight"></span><code>weight</code> | Vector | LMT⁻² | — | <code>[force](#force)</code> | <code>[force](#force)</code> | <code>[mass](#mass) * <wbr>[acceleration_<wbr>of_<wbr>free_<wbr>fall](#acceleration_of_free_fall)</code> | [view](../hierarchies/force.md) |
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| <span id="width"></span><code>width</code> | Real | L | — | <code>[length](#length)</code> | <code>[length](#length)</code> | — | [view](../hierarchies/length.md) |
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| <span id="work"></span><code>work</code> | Real | L²MT⁻² | — | <code>[energy](#energy)</code> | <code>[energy](#energy)</code> | alias to [mechanical_<wbr>work](#mechanical_work) | [view](../hierarchies/energy_isq.md) |
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Mateusz Pusz