SI Derived Units
(Please note: all units to the right of the slash are actually in the denominator!)Frequency
hertz: Hz = 1/s
Force
newton: N = m kg/s2
Pressure, stress
pascal: Pa = N/m2 = kg/m s2
Energy, work, quantity of heat
joule: J = N m = m2 kg/s2
Power, radiant flux
watt: W = J/s = m2 kg/s3
Quantity of electricity, electric charge
coulomb: C = s A
Electric potential
volt: V = W/A = m2 kg/s3 A
Capacitance
farad: F = C/V = s4 A2/m2 kg
Electric resistance
ohm: Omega = V/A = m2 kg/s3 A2
Conductance
siemens: S = A/V = s3 A2/m2 kg
Magnetic flux
weber: Wb = V s = m2 kg/s2 A
Magnetic flux density, magnetic induction
tesla: T = Wb/m2 = kg/s2 A
Inductance
henry: H = Wb/A = m2 kg/s2 A2
Luminous flux
lumen: lm = cd sr
Illuminance
lux: lx = lm/m2 = cd sr/m2
Activity (ionizing radiations)
becquerel: Bq = 1/s
Absorbed dose
gray: Gy = J/kg = m2/s2
Dynamic viscosity
pascal second: Pa s = kg/m s
Moment of force
metre newton: N m = m2 kg/s2
Surface tension
newton per metre: N/m = kg/s2
Heat flux density, irradiance
watt per square metre: W/m2 = kg/s3
Heat capacity, entropy
joule per kelvin: J/K = m2 kg/s2 K
Specific heat capacity, specific entropy
joule per kilogram kelvin: J/kg K = m2/s2 K
Specific energy
joule per kilogram: J/kg = m2/s2
Thermal conductivity
watt per metre kelvin: W/m K = m kg/s3 K
Energy density
joule per cubic metre: J/m3 = kg/m s2
Electric field strength
volt per metre: V/m = m kg/s3 AElectric charge density
coulomb per cubic metre: C/m3 = s A/m3
Electric displacement, electric flux density
coulomb per square metre: C/m2 = s A/m2
Permittivity
farad per metre: F/m = s4 A2/m3 kg
Permeability
henry per metre: H/m = m kg/s2 A2
Molar energy
joule per mole: J/mol = m2 kg/s2 mol
Molar entropy, molar heat capacity
joule per mole kelvin: J/mol K = m2 kg/s2 K mol
Exposure (ionizing radiations)
coulomb per kilogram: C/kg = s A/kg
Absorbed dose rate
gray per second: Gy/s = m2/s3
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