SI Units of Important Physical Quantities

SI Units of Important Physical Quantities

The Seven base units In Physics:

length	metre (m)
mass	kilogram (kg)
time	second (s)
electric current	ampere (A)
Thermodynamic temperature	kelvin (K)
luminous  intensity	candela (cd)
amount of substance	mole (mol)

The DERIVED Units:

Current	ampere (A)
Potential   difference(U)	volt   (V = W/A)
Quantity   of electricity(Q)	coulomb   (C = A.s)
Power(P)	watt   (W = J/s)
Energy(W)	joule   (J = N.m)
Magnetic   induction(B)	tesla   (T = Wb/m²)
Electric   field(E)	volt   per metre (V/m)
Magnetic   field strength(H)	ampère   per metre (A/m)
Electric   conductance(G)	siemens   (S = A/V)
Attenuation	decibel   (dB)
mass	kilogram (kg)
Volume(V)	m³
Force(F)	newton   (N)
Torque(M)	N.m
Pressure(p)	pascal   (Pa)
Dynamic   viscosity	Pa.s
Kinematic   viscosity	m².s-1
Acoustic   pressure(p)	pascal   (Pa)
Dynamic   volume(v)	m³
Length	metre   (m)
wavelength	metre   (m)
Area   (A)	square   metre m²
Volume(V)	cubic   metre m³
Speed/Velocity(v)	metre   per second m/s
acceleration(a)	metre   per second squared m/s²
wavenumber(s)	reciprocal   metre
density,   mass density	kilogram   per cubic metre kg/m³
surface   density(A)	kilogram   per square metre kg/m²
specific   volume(v)	cubic   metre per kilogram m³/kg
current   density(j)	ampere   per square metre A/m²
magnetic   field strength(H)	ampere   per metre A/m
concentration(c)	mole   per cubic metre mol/m³
mass   concentration	kilogram   per cubic metre kg/m³
luminance(Lv)	candela   per square metre cd/m²
refractive   index(n)	One   (1)
relative   permeability(µr)	One   (1)
frequency	hertz(Hz)
force	newton(N)
pressure/stress	pascal(Pa)
energy/work/amount   of heat	joule(J)
power/radiant   flux	watt(W)
electric   charge/amount of electricity	coulomb(C)
electric   potential difference/electromotive force	volt(V)
capacitance	farad(F)
electric   resistance	ohm(O)
electric   conductance	Siemens   (S)
magnetic   flux	weber(Wb)
magnetic   flux density	tesla(T)
inductance	henry(H   = Wb/A)
luminous   flux	lumen(lm)
illuminance	lux(lx)
dynamic   viscosity	pascal   second(Pa s)
moment   of force	newton   metre(N m)
surface   tension	newton   per metre(N/m)
angular   velocity	radian   per second(rad/s)
specific   energy	joule   per kilogram(J/kg)
thermal   conductivity	watt   per metre kelvin(W/(m K))
energy   density	joule   per cubic metre(J/m3)
electric   field strength	volt   per metre(V/m)
permittivity	farad   per metre(F/m)
permeability	henry   per metre(H/m)
radiance	watt   per square metre steradian W/(m² Sr)