SI derived unit

SI derived units are units derived from the seven SI base units.

Physical quantity	Name of SI unit	Symbol? for SI unit	Expression in terms of SI base units
Special names and Symbols
frequency	hertz	Hz	s-1
force	newton	N	m.kg.s-2
pressure, stress	pascal	Pa	N.m-2	= m-1.kg.s-2
energy, work, heat	joule	J	N.m	= m2.kg.s-2
power, [radiant flux]?	watt?	W	J.s-1	= m2.kg.s-3
electric charge	coulomb?	C	A.s
[electric potential]?, [electromotive force]?	volt	V	J.C-1	= m2.kg.s-3.A-1
[electric resistance]?	ohm	Ω	V.A-1	= m2.kg.s-3.A-2
[electric conductance]?	siemens?	S	A.V-1	= m-2.kg-1.s3.A2
[electric capacitance]?	farad?	F	C.V-1	= m-2.kg-1.s4.A2
[magnetic flux density]?	tesla?	T	V.s.m-2	= kg.s-2.A-1
magnetic flux	weber	Wb	V.s	= m2.kg.s-2.A-1
inductance	henry	H	V.A-1.s	= m2.kg.s-2.A-2
temperature	degree Celsius	oC	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 gamme rays)			C.kg-1	= kg-1.s.A
absorbed dose rate			Gy.s-1	= m2.s-3

(According to ISBN 0632035838 (amazon.com, search), page 72)

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