SI derived unit Glasglow Research Project

SI derived units are part of the SI system of measurement units and are derived from the seven base unit">SI base units.

Physical quantity	Name of SI unit	Symbol for SI unit	Expression in terms of base unit">SI base units
Special names and Symbols
frequency	hertz	Hz	<math>\mbox{s}^{-1}</math>
force	newton	N	<math>\mbox{kg} \cdot \mbox{m} \cdot \mbox{s}^{-2}</math>
pressure, stress	pascal	Pa	<math>\mbox{N} \cdot \mbox{m}^{-2}</math>	<math>= \mbox{kg} \cdot \mbox{m}^{-1} \cdot \mbox{s}^{-2}</math>
energy, work, heat	joule	J	<math>\mbox{N} \cdot \mbox{m}</math>	<math>= \mbox{kg} \cdot \mbox{m}^2 \cdot \mbox{s}^{-2}</math>
power, radiant flux[?]	watt	W	<math>\mbox{J} \cdot \mbox{s}^{-1}</math>	<math>= \mbox{kg} \cdot \mbox{m}^2 \cdot \mbox{s}^{-3}</math>
electric charge	coulomb	C	<math>\mbox{A} \cdot \mbox{s}</math>
electric potential, electromotive force	volt	V	<math>\mbox{J} \cdot \mbox{C}^{-1}</math>	<math>= \mbox{m}^2 \cdot \mbox{kg} \cdot \mbox{s}^{-3} \cdot \mbox{A}^{-1}</math>
electrical resistance	ohm	Ω	<math>\mbox{V} \cdot \mbox{A}^{-1}</math>	<math>= \mbox{m}^2 \cdot \mbox{kg} \cdot \mbox{s}^{-3} \cdot \mbox{A}^{-2}</math>
electric conductance	siemens	S	<math>\mbox{A} \cdot \mbox{V}^{-1}</math>	<math>= \mbox{s}^3 \cdot \mbox{A}^2 \cdot \mbox{m}^{-2} \cdot \mbox{kg}^{-1}</math>
electric capacitance	farad	F	<math>\mbox{C} \mbox{V}^{-1}</math>	<math>= \mbox{s}^4 \cdot \mbox{A}^2 \cdot \mbox{m}^{-2} \cdot \mbox{kg}^{-1}</math>
magnetic flux density, magnetic inductivity[?]	tesla	T	<math>\mbox{V} \cdot \mbox{s} \cdot \mbox{m}^{-2}</math>	<math>= \mbox{kg} \cdot \mbox{s}^{-2} \cdot \mbox{A}^{-1}</math>
magnetic flux	weber	Wb	<math>\mbox{V}\cdot\mbox{s}</math>	<math>= \mbox{m}^2 \cdot \mbox{kg} \cdot \mbox{s}^{-2} \cdot \mbox{A}^{-1}</math>
inductance	henry	H	<math>\mbox{V} \mbox{s} \cdot \mbox{A}^{-1}</math>	<math>= \mbox{m}^2 \cdot \mbox{kg} \cdot \mbox{s}^{-2} \cdot \mbox{A}^{-2}</math>
temperature	degree Celsius	°C	K
plane angle	radian	rad	1	= m·m^-1
solid angle	steradian	sr	1	= m²·m^-2
luminous flux[?]	lumen	lm	cd·sr
illuminance[?]	lux	lx	cd·sr·m^-2
activity (radioactive)	becquerel	Bq	s^-1
absorbed dose (of radiation)	gray	Gy	J·kg^-1	= m²·s^-2
dose equivalent (dose equivalent index)	sievert	Sv	J·kg^-1	= m²·s^-2
catalytic activity	katal	kat	mol·s^-1
Other Quantities
area			m²
volume			m³
speed, velocity			m·s^-1
angular velocity			s^-1, rad·s^-1
acceleration			m·s^-2
moment of force			N·m	= m²·kg·s^-2
wavenumber			m^-1
density, mass density			kg·m^-3
specific volume			m³·kg^-1
amount (-of-substance) concentration			mol·m^-3
molar volume			m³·mol^-1
heat capacity, entropy			J·K^-1	= m²·kg·s^-2·K^-1
molar heat capacity, molar entropy			J·K^-1·mol^-1	= m²·kg·s^-2·K^-1·mol^-1
specific heat capacity, specific entropy			J·K^-1·kg^-1	= m²·s^-2·K^-1
molar energy			J·mol^-1	= m²·kg·s^-2·mol^-1
specific energy			J·kg^-1	= m²·s^-2
energy density			J·m^-3	= m^-1·kg·s^-2
surface tension			N·m^-1=J·m^-2	= kg·s^-2
heat flux density, irradiance			W·m^-2	= kg·s^-3
thermal conductivity			W·m^-1·K^-1	= m·kg·s^-3·K^-1
kinematic viscosity, diffusion coefficient			m²·s^-1
dynamic viscosity			N·s·m^-2 = Pa·s	= m^-1·kg·s^-1
electric charge density			C·m^-3	m^-3·s·A
electric current density			A·m^-2
conductivity			S·m^-1	= m^-3·kg^-1·s³·A²
molar conductivity			S·m²·mol^-1	= kg^-1·mol^-1·s³·A²
permittivity			F·m^-1	= m^-3·kg^-1·s⁴·A²;
permeability			H·m^-1	= m·kg·s^-2·A^-2
electric field strength			V·m^-1	= m·kg·s^-3·A^-1
magnetic field strength			A·m^-1
luminance			cd·m^-2
exposure (X and gamma rays)			C·kg^-1	= kg^-1·s·A
absorbed dose rate			Gy·s^-1	= m²·s^-3

References:

I. Mills, Tomislav Cvitas, Klaus Homann, Nikola Kallay, IUPAC: Quantities, Units and Symbols in Physical Chemistry, 2nd edition (June 1993), Blackwell Science Inc (p. 72)