Unit of Measures

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Sheet 1: Unit Measures

			Unit	SI	SI+N	SI+V	SI+W	SI+J
	Distance	Meter	m	m
	Mass	Kilogram	Kg	Kg
	Time	Second	s	s
	Current	Ampere	A	A
	Speed			m/s
	Acceleration			m/s2
	Jerk			m/s3
Force[N]=mass[Kilograms]*Acceleration[m/s2]	Force	Newton	N	Kg*m/s2
Energy[J]=Torque[N*m]*Angle[rad]	Torque			Kg*m2/s2	N*m/rad			J/rad
	Charge	Coulomb	C	A*s
Voltage[V]=Power[Kg*m2/s2]/Current[A]	Voltage	Volt	V	Kg*m2/s2/A
	Angular Inertia	J		Kg*m2
	Capacitance	Farad	F	s4*A2/m2/Kg		A*s/V
	Inductance	Henry	H	Kg*m2/s2/A2		V*s/A		J/A2
Electric Field[V/m]=Voltage[V]/Distance[m]	Electric Field	E		Kg*m/A/s3		V/m
	Magnetic Field	Tesla	T	Kg/A/s2	N/A/m	V*s/m2		J/A/m2
Energy[J]=Force[N]*Displacement[m]	Energy	Joule	J	Kg*m2/s2	N*m
Energy[J]=int{Power[W]*dt[S]}	Energy	Joule	J				W*s
Energy[J]=0.5*Voltage[V]^2*Capacitance[F]
Energy[J]=0.5*Current[A]^2*Inductance[H]
Energy[J] = electrostatic permeattivity[F/m] *Electric field[V/m]^2 *volume[m3]
Energy[J] = 1/magnetic permeability[H/m] *Magnetic Field[T]^2 *volume[m3]
Power[W]=Voltage[V]*Current[A]	Power	Watt	W	Kg*m2/s2		V*A
Power	Power	Watt	W			V*A
	Volumetric Density	ro	Kg/m3
	Charge Density	ro_q	C/m3
	Current Density	J	A/m2
	Resistence	Ohm	Ohm	Kg*m2/s3/A2		V/A
Magnetic Field [T] = magnetic constant [H/m] *Current[A] /2pi /Distance[m]
Force[N] = Length[m] * Current [A] x Magnetic Field [T]

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