Pack units -- Quantities.md

Quantities	Dimension
`1`	``
`isq:Hamming_distance`	``
`isq:Poisson_number`	``
`isq:angular_displacement`	``
`isq:angular_measure`	``
`isq:coefficient_of_static_friction`	``
`isq:coupling_factor`	``
`isq:decision_content`	``
`isq:drag_coefficient`	``
`isq:drag_factor`	``
`isq:dynamic_friction_factor`	``
`isq:electric_susceptibility`	``
`isq:equivalent_binary_storage_capacity`	``
`isq:error_probability`	``
`isq:ionizing_radiation_quality_factor`	``
`isq:isentropic_expansion_factor`	``
`isq:isentropic_exponent`	``
`isq:kinetic_friction_factor`	``
`isq:leakage_factor`	``
`isq:logarithmic_decrement`	``
`isq:loss_angle`	``
`isq:loss_factor`	``
`isq:loss_probability`	``
`isq:magnetic_susceptibility`	``
`isq:mass_fraction_of_dry_matter`	``
`isq:mass_fraction_of_water`	``
`isq:mass_ratio_of_water_to_dry_matter`	``
`isq:mass_ratio_of_water_vapour_to_dry_gas`	``
`isq:maximum_efficiency`	``
`isq:mean_queue_length`	``
`isq:mechanical_efficiency`	``
`isq:number_of_turns_in_a_winding`	``
`isq:phase_angle`	``
`isq:phase_difference`	``
`isq:power_factor`	``
`isq:quality_factor`	``
`isq:ratio_of_specific_heat_capacities`	``
`isq:refractive_index`	``
`isq:relative_density`	``
`isq:relative_humidity`	``
`isq:relative_linear_strain`	``
`isq:relative_mass_concentration_of_vapour`	``
`isq:relative_mass_density`	``
`isq:relative_mass_ratio_of_vapour`	``
`isq:relative_permeability`	``
`isq:relative_permittivity`	``
`isq:relative_volume_strain`	``
`isq:rolling_resistance_factor`	``
`isq:rotation`	``
`isq:rotational_displacement`	``
`isq:shear_strain`	``
`isq:solid_angular_measure`	``
`isq:static_friction_coefficient`	``
`isq:static_friction_factor`	``
`isq:storage_capacity`	``
`isq:storage_size`	``
`isq:strain`	``
`isq:thermodynamic_efficiency`	``
`isq:waiting_probability`	``
`angular:angle`	`A`
`isq:traffic_carried_intensity`	`A`
`isq:traffic_intensity`	`A`
`isq:traffic_load`	`A`
`isq:traffic_offered_intensity`	`A`
`isq:displacement_current`	`I`
`isq:electric_current`	`I`
`isq:electric_current_phasor`	`I`
`isq:magnetic_potential`	`I`
`isq:magnetic_tension`	`I`
`isq:magnetomotive_force`	`I`
`isq:total_current`	`I`
`isq:luminous_intensity`	`J`
`isq:altitude`	`L`
`isq:arc_length`	`L`
`isq:breadth`	`L`
`isq:depth`	`L`
`isq:diameter`	`L`
`isq:displacement`	`L`
`isq:distance`	`L`
`isq:height`	`L`
`isq:length`	`L`
`isq:path_length`	`L`
`isq:position_vector`	`L`
`isq:radial_distance`	`L`
`isq:radius`	`L`
`isq:radius_of_curvature`	`L`
`isq:thickness`	`L`
`isq:wavelength`	`L`
`isq:width`	`L`
`isq:mass`	`M`
`isq:amount_of_substance`	`N`
`isq:bit_period`	`T`
`isq:duration`	`T`
`isq:period`	`T`
`isq:period_duration`	`T`
`isq:period_of_binary_digits`	`T`
`isq:period_of_data_elements`	`T`
`isq:time`	`T`
`isq:time_constant`	`T`
`isq:Celsius_temperature`	`Θ`
`isq:dew_point_temperature`	`Θ`
`isq:thermodynamic_temperature`	`Θ`
`isq:electric_charge`	`I*T`
`isq:electric_flux`	`I*T`
`isq:elementary_charge`	`I*T`
`isq:magnetic_area_moment`	`IL*2`
`isq:magnetic_moment`	`IL*2`
`isq:electric_dipole_moment`	`ILT`
`isq:moment_of_inertia`	`L*2M`
`angular:solid_angle`	`A**2`
`isq:area`	`L**2`
`isq:section_modulus`	`L**3`
`isq:volume`	`L**3`
`isq:second_axial_moment_of_area`	`L**4`
`isq:second_polar_moment_of_area`	`L**4`
`isq:angular_repetency`	`1/L`
`isq:angular_wavenumber`	`1/L`
`isq:attenuation`	`1/L`
`isq:curvature`	`1/L`
`isq:extinction`	`1/L`
`isq:phase_coefficient`	`1/L`
`isq:propagation_coefficient`	`1/L`
`isq:repetency`	`1/L`
`isq:wave_vector`	`1/L`
`isq:wavenumber`	`1/L`
`isq:activity`	`1/T`
`isq:angular_frequency`	`1/T`
`isq:angular_velocity`	`1/T`
`isq:binary_digit_rate`	`1/T`
`isq:bit_rate`	`1/T`
`isq:call_intensity`	`1/T`
`isq:calling_rate`	`1/T`
`isq:clock_frequency`	`1/T`
`isq:clock_rate`	`1/T`
`isq:completed_call_intensity`	`1/T`
`isq:damping_coefficient`	`1/T`
`isq:equivalent_binary_digit_rate`	`1/T`
`isq:equivalent_bit_rate`	`1/T`
`isq:frequency`	`1/T`
`isq:line_digit_rate`	`1/T`
`isq:modulation_rate`	`1/T`
`isq:rotational_frequency`	`1/T`
`isq:transfer_rate`	`1/T`
`isq:cubic_expansion_coefficient`	`1/Θ`
`isq:linear_expansion_coefficient`	`1/Θ`
`isq:relative_pressure_coefficient`	`1/Θ`
`isq:angular_acceleration`	`1/T**2`
`isq:coercive_field_strength`	`I/L`
`isq:coercivity`	`I/L`
`isq:linear_electric_current_density`	`I/L`
`isq:magnetic_field_strength`	`I/L`
`isq:magnetization`	`I/L`
`isq:magnetizing_field`	`I/L`
`isq:displacement_current_density`	`I/L**2`
`isq:electric_current_density`	`I/L**2`
`isq:total_current_density`	`I/L**2`
`isq:group_speed`	`L/T`
`isq:light_speed_in_vacuum`	`L/T`
`isq:luminal_speed`	`L/T`
`isq:phase_speed`	`L/T`
`isq:phase_speed_of_electromagnetic_waves`	`L/T`
`isq:speed`	`L/T`
`isq:speed_of_light_in_a_medium`	`L/T`
`isq:speed_of_light_in_vacuum`	`L/T`
`isq:velocity`	`L/T`
`isq:acceleration`	`L/T**2`
`isq:acceleration_of_free_fall`	`L/T**2`
`isq:linear_density`	`M/L`
`isq:linear_mass_density`	`M/L`
`isq:mass_change_rate`	`M/T`
`isq:mass_flow_rate`	`M/T`
`isq:magnetic_flux_density`	`M/(IT*2)`
`isq:magnetic_polarization`	`M/(IT*2)`
`isq:dynamic_viscosity`	`M/(L*T)`
`isq:Young_modulus`	`M/(LT*2)`
`isq:bulk_modulus`	`M/(LT*2)`
`isq:electromagnetic_energy_density`	`M/(LT*2)`
`isq:gauge_pressure`	`M/(LT*2)`
`isq:modulus_of_compression`	`M/(LT*2)`
`isq:modulus_of_elasticity`	`M/(LT*2)`
`isq:modulus_of_rigidity`	`M/(LT*2)`
`isq:normal_stress`	`M/(LT*2)`
`isq:pressure`	`M/(LT*2)`
`isq:radiant_energy_density`	`M/(LT*2)`
`isq:shear_modulus`	`M/(LT*2)`
`isq:shear_stress`	`M/(LT*2)`
`isq:spectral_radiant_exposure`	`M/(LT*2)`
`isq:stress`	`M/(LT*2)`
`isq:spectral_irradiance`	`M/(LT*3)`
`isq:spectral_radiance`	`M/(LT*3)`
`isq:spectral_radiant_exitance`	`M/(LT*3)`
`isq:coefficient_of_heat_transfer`	`M/(ΘT*3)`
`isq:surface_coefficient_of_heat_transfer`	`M/(ΘT*3)`
`isq:pressure_coefficient`	`M/(LΘT**2)`
`isq:mass_flow`	`M/(L*2T)`
`isq:spectral_radiant_energy_density_in_terms_of_wavelength`	`M/(L*2T**2)`
`isq:surface_density`	`M/L**2`
`isq:surface_mass_density`	`M/L**2`
`isq:density`	`M/L**3`
`isq:mass_concentration_of_water`	`M/L**3`
`isq:mass_concentration_of_water_vapour`	`M/L**3`
`isq:mass_density`	`M/L**3`
`isq:radiant_exposure`	`M/T**2`
`isq:spectral_radiant_energy_density_in_terms_of_wavenumber`	`M/T**2`
`isq:surface_tension`	`M/T**2`
`isq:Poynting_vector`	`M/T**3`
`isq:density_of_heat_flow_rate`	`M/T**3`
`isq:irradiance`	`M/T**3`
`isq:radiance`	`M/T**3`
`isq:radiant_exitance`	`M/T**3`
`isq:linear_density_of_electric_charge`	`I*T/L`
`isq:lineic_charge`	`I*T/L`
`isq:lineic_electric_charge`	`I*T/L`
`isq:areic_charge`	`IT/L*2`
`isq:areic_electric_charge`	`IT/L*2`
`isq:electric_displacement`	`IT/L*2`
`isq:electric_flux_density`	`IT/L*2`
`isq:electric_polarization`	`IT/L*2`
`isq:surface_density_of_electric_charge`	`IT/L*2`
`isq:electric_charge_density`	`IT/L*3`
`isq:volume_electric_charge`	`IT/L*3`
`isq:volumic_charge`	`IT/L*3`
`isq:impulse`	`L*M/T`
`isq:momentum`	`L*M/T`
`isq:magnetic_vector_potential`	`LM/(IT**2)`
`isq:electric_field_strength`	`LM/(IT**3)`
`isq:thermal_conductivity`	`LM/(ΘT**3)`
`isq:magnetic_constant`	`LM/(I2T**2)`
`isq:permeability`	`LM/(I2T**2)`
`isq:permeability_of_vacuum`	`LM/(I2T**2)`
`isq:drag_force`	`LM/T*2`
`isq:dynamic_friction_force`	`LM/T*2`
`isq:force`	`LM/T*2`
`isq:kinetic_friction_force`	`LM/T*2`
`isq:rolling_drag`	`LM/T*2`
`isq:rolling_friction_force`	`LM/T*2`
`isq:rolling_resistance`	`LM/T*2`
`isq:spectral_radiant_energy`	`LM/T*2`
`isq:static_friction`	`LM/T*2`
`isq:static_friction_force`	`LM/T*2`
`isq:weight`	`LM/T*2`
`isq:spectral_radiant_flux`	`LM/T*3`
`isq:spectral_radiant_intensity`	`LM/T*3`
`isq:spectral_radiant_power`	`LM/T*3`
`isq:compressibility`	`LT*2/M`
`isq:isentropic_compressibility`	`LT*2/M`
`isq:isothermal_compressibility`	`LT*2/M`
`isq:coefficient_of_thermal_insulance`	`ΘT*3/M`
`isq:thermal_insulance`	`ΘT*3/M`
`isq:thermal_resistance`	`ΘT3/(L2M)`
`isq:Joule_Thomson_coefficient`	`LΘT**2/M`
`isq:reluctance`	`I*2T2/(L2*M)`
`isq:admittance`	`I*2T3/(L2*M)`
`isq:admittance_of_vacuum`	`I*2T3/(L2*M)`
`isq:apparent_admittance`	`I*2T3/(L2*M)`
`isq:complex_admittance`	`I*2T3/(L2*M)`
`isq:conductance`	`I*2T3/(L2*M)`
`isq:conductance_for_alternating_current`	`I*2T3/(L2*M)`
`isq:susceptance`	`I*2T3/(L2*M)`
`isq:conductivity`	`I*2T3/(L3*M)`
`isq:capacitance`	`I*2T4/(L2*M)`
`isq:electric_constant`	`I*2T4/(L3*M)`
`isq:permittivity`	`I*2T4/(L3*M)`
`isq:permittivity_of_vacuum`	`I*2T4/(L3*M)`
`isq:non_active_power`	`L*2.0M1.0/T3.0`
`isq:action`	`L*2M/T`
`isq:angular_impulse`	`L*2M/T`
`isq:angular_momentum`	`L*2M/T`
`isq:linked_magnetic_flux`	`L*2M/(IT*2)`
`isq:magnetic_flux`	`L*2M/(IT*2)`
`isq:protoflux`	`L*2M/(IT*2)`
`isq:total_magnetic_flux`	`L*2M/(IT*2)`
`isq:electric_potential`	`L*2M/(IT*3)`
`isq:electric_potential_difference`	`L*2M/(IT*3)`
`isq:electric_tension`	`L*2M/(IT*3)`
`isq:electric_tension_phasor`	`L*2M/(IT*3)`
`isq:induced_voltage`	`L*2M/(IT*3)`
`isq:source_tension`	`L*2M/(IT*3)`
`isq:source_voltage`	`L*2M/(IT*3)`
`isq:voltage`	`L*2M/(IT*3)`
`isq:voltage_phasor`	`L*2M/(IT*3)`
`isq:Massieu_function`	`L*2M/(ΘT*2)`
`isq:Planck_function`	`L*2M/(ΘT*2)`
`isq:entropy`	`L*2M/(ΘT*2)`
`isq:heat_capacity`	`L*2M/(ΘT*2)`
`isq:thermal_conductance`	`L*2M/(ΘT*3)`
`isq:inductance`	`L*2M/(I*2T**2)`
`isq:mutual_inductance`	`L*2M/(I*2T**2)`
`isq:permeance`	`L*2M/(I*2T**2)`
`isq:self_inductance`	`L*2M/(I*2T**2)`
`isq:apparent_impedance`	`L*2M/(I*2T**3)`
`isq:complex_impedance`	`L*2M/(I*2T**3)`
`isq:impedance`	`L*2M/(I*2T**3)`
`isq:impedance_of_vacuum`	`L*2M/(I*2T**3)`
`isq:reactance`	`L*2M/(I*2T**3)`
`isq:resistance`	`L*2M/(I*2T**3)`
`isq:resistance_to_alternating_current`	`L*2M/(I*2T**3)`
`isq:wave_impedance_in_vacuum`	`L*2M/(I*2T**3)`
`isq:Gibbs_energy`	`L*2M/T**2`
`isq:Gibbs_function`	`L*2M/T**2`
`isq:Helmholtz_energy`	`L*2M/T**2`
`isq:Helmholtz_function`	`L*2M/T**2`
`isq:active_energy`	`L*2M/T**2`
`isq:amount_of_heat`	`L*2M/T**2`
`isq:energy`	`L*2M/T**2`
`isq:enthalpy`	`L*2M/T**2`
`isq:heat`	`L*2M/T**2`
`isq:internal_energy`	`L*2M/T**2`
`isq:kinetic_energy`	`L*2M/T**2`
`isq:latent_heat`	`L*2M/T**2`
`isq:mechanical_energy`	`L*2M/T**2`
`isq:mechanical_work`	`L*2M/T**2`
`isq:moment_of_force`	`L*2M/T**2`
`isq:potential_energy`	`L*2M/T**2`
`isq:radiant_energy`	`L*2M/T**2`
`isq:signal_energy_per_binary_digit`	`L*2M/T**2`
`isq:thermodynamic_energy`	`L*2M/T**2`
`isq:torque`	`L*2M/T**2`
`isq:work`	`L*2M/T**2`
`isq:active_power`	`L*2M/T**3`
`isq:apparent_power`	`L*2M/T**3`
`isq:carrier_power`	`L*2M/T**3`
`isq:complex_power`	`L*2M/T**3`
`isq:electromagnetism_power`	`L*2M/T**3`
`isq:heat_flow_rate`	`L*2M/T**3`
`isq:instantaneous_power`	`L*2M/T**3`
`isq:mechanical_power`	`L*2M/T**3`
`isq:power`	`L*2M/T**3`
`isq:quantizing_distortion_power`	`L*2M/T**3`
`isq:radiant_flux`	`L*2M/T**3`
`isq:radiant_intensity`	`L*2M/T**3`
`isq:radiant_power`	`L*2M/T**3`
`isq:reactive_power`	`L*2M/T**3`
`isq:magnetic_dipole_moment`	`L*3M/(IT*2)`
`isq:resistivity`	`L*3M/(I*2T**3)`
`isq:kinematic_viscosity`	`L**2/T`
`isq:thermal_diffusivity`	`L**2/T`
`isq:specific_entropy`	`L*2/(ΘT**2)`
`isq:specific_gas_constant`	`L*2/(ΘT**2)`
`isq:specific_heat_capacity`	`L*2/(ΘT**2)`
`isq:specific_heat_capacity_at_constant_pressure`	`L*2/(ΘT**2)`
`isq:specific_heat_capacity_at_constant_volume`	`L*2/(ΘT**2)`
`isq:specific_heat_capacity_at_saturated_vapour_pressure`	`L*2/(ΘT**2)`
`isq:absorbed_dose`	`L2/T2`
`isq:dose_equivalent`	`L2/T2`
`isq:specific_Gibbs_energy`	`L2/T2`
`isq:specific_Gibbs_function`	`L2/T2`
`isq:specific_Helmholtz_energy`	`L2/T2`
`isq:specific_Helmholtz_function`	`L2/T2`
`isq:specific_energy`	`L2/T2`
`isq:specific_enthalpy`	`L2/T2`
`isq:specific_internal_energy`	`L2/T2`
`isq:specific_thermodynamic_energy`	`L2/T2`
`isq:specific_volume`	`L**3/M`
`isq:volume_flow_rate`	`L**3/T`