Contents

Area: m2
Volume:	m3
Momentum, Impulse: m*kg/s
Angular Momentum: m2*kg/s
Torque, moment of force: m2*kg/s2
Yank: m*kg/s3
Wavenumber, Optical Power, Curvature, Spatial Frequency: /m
Area Density: kg/m2
Density, Mass density: kg/m3
Specific Volume: m3/kg
Action: m2*kg/s
Specific Energy: m2/s2
Energy Density: kg/(m*s2)
Surface Tension, Stiffness: kg/s2
Heat Flux Density, Irradiance: kg/s3
Kinematic Viscosity, Thermal Diffusivity, Diffusion Coefficient: m2/s
Dynamic Viscosity: kg/(m*s)
linear Mass Density: kg/m
Mass Flow Rate: kg/s
Radiance: kg/s3
Spectral Radiance: kg/(m*s3)
Spectral Power: m*kg/s3
Absorbed Dose Rate: m/s3
Fuel Efficiency: /m2
Spectral Irradiance, Power Density: kg/(m*s3)
Energy Flux Density: kg/s3
Compressibility: m*s2/kg
Radiant Exposure: kg/s2
Moment of Inertia: kg*m2
Specific Angular Momentum: m2/s
Radiant Intensity: m2*kg/s3
Spectral Intensity: m*kg/s3
Speed, Velocity: m/s
Acceleration: m/s2
Jerk, Jolt: m/s3
Snap, Jounce: m/s4
Angular Velocity: /s
Angular Acceleration: /s2
Frequency Drift: /s2
Volumetric Flow: m3/s
Frequency: /s
Angle: m/m
Solid Angle: m2/m2
Force, Weight: kg*m/s2
Pressure, Stress: kg/(m*s2)
Energy, Work, Heat: kg*m2/s2
Power, Radiant Flux: kg*m2/s3
Power: kg*m/s2
Electric Charge Or Quantity Of Electricity: s*A
Voltage, Electrical Potential Difference, Electromotive Force: kg*m2/(s3*A)
Electrical Capacitance: s4A2/(kg*m2)
Electrical Resistance, Impedance, Reactance: kg*m2/(s3*A2)
Electrical Conductance: s3*A2/(kg*m2)
Magnetic Flux: kg*m2/(s2*A)
Magnetic Field Strength, Magnetic Flux Density: kg/(s2*A)
Electrical Inductance: kg*m2/(s2*A2)
Temperature: K
Luminous Flux: cd
Illuminance: cd/m2
Radioactivity (Decays Per Unit Time): /s
Absorbed Dose (Of Ionizing Radiation): m2/s2
Equivalent Dose (Of Ionizing Radiation): m2/s2
Catalytic Activity: mol/s

Version data entries

1 entries across 1 versions & 1 rubygems

Version	Path
engineer_calculator-2.0.1	lib/unit_calc/si_derived_unit.yml