Template:SI other units

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Compound units derived from SI units
Name Symbol Quantity Expression in terms
of SI base units
square metre m2 area m2
cubic metre m3 volume m3
metre per second m/s speed, velocity m·s−1
metre per second squared m/s2 acceleration m·s−2
metre per second cubed m/s3 jerk m·s−3
metre per second4 m/s4 snap m·s−4
radian per second rad/s angular velocity s−1
newton second N·s momentum, impulse kg·m·s−1
newton metre second N·m·s angular momentum kg·m2·s−1
newton metre N·m torque, moment of force kg·m2·s−2
reciprocal metre m−1 wavenumber m−1
kilogram per cubic metre kg/m3 density, mass density kg·m−3
cubic metre per kilogram m3/kg specific volume kg−1·m3
mole per cubic metre mol/m3 amount (-of-substance) concentration m−3·mol
cubic metre per mole m3/mol molar volume m3·mol−1
joule per kelvin J/K heat capacity, entropy kg·m2·s−2·K−1
joule per kelvin mole J/(K·mol) molar heat capacity, molar entropy kg·m2·s−2·K−1·mol−1
joule per kilogram kelvin J/(K·kg) specific heat capacity, specific entropy m2·s−2·K−1
joule per mole J/mol molar energy kg·m2·s−2·mol−1
joule per kilogram J/kg specific energy m2·s−2
joule per cubic metre J/m3 energy density kg·m−1·s−2
newton per metre N/m = J/m2 surface tension kg·s−2
watt per square metre W/m2 heat flux density, irradiance kg·s−3
watt per metre kelvin W/(m·K) thermal conductivity kg·m·s−3·K−1
square metre per second m2/s kinematic viscosity, diffusion coefficient m2·s−1
pascal second Pa·s = N·s/m2 dynamic viscosity kg·m−1·s−1
coulomb per cubic metre C/m3 electric charge density m−3·s·A
ampere per square metre A/m2 electric current density A·m−2
siemens per metre S/m conductivity kg−1·m−3·s3·A2
siemens square metre per mole S·m2/mol molar conductivity kg-1·s3·mol−1·A2
farad per metre F/m permittivity kg−1·m−3·s4·A2
henry per metre H/m permeability kg·m·s−2·A−2
volt per metre V/m electric field strength kg·m·s−3·A−1
ampere per metre A/m magnetic field strength A·m−1
candela per square metre cd/m2 luminance cd·m−2
coulomb per kilogram C/kg exposure (X and gamma rays) kg−1·s·A
gray per second Gy/s absorbed dose rate m2·s−3
ohm metre Ω·m resistivity kg·m3·s−3·A−2
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