Unit Relations

Non SI Units are derived, satisfying different equations. The set below summarizes unit relations

stateDiagram
	a: ampere
	C: Coulomb
	J: Joule
	m: meter
	N: Newton
	s: second
	T: Tesla
	V: Volt
	kg: kilogram
	Wb: Weber

	CmT=Ns --> C
	CmT=Ns --> m
	CmT=Ns --> T
	CmT=Ns --> N
	CmT=Ns --> s

	Tm^2=Wb --> Wb
	Tm^2=Wb --> T
	Tm^2=Wb --> m

	Tas^2=kg --> kg
	Tas^2=kg --> s
	Tas^2=kg --> a
	Tas^2=kg --> T

	Wb=Vs --> Wb
	Wb=Vs --> V
	Wb=Vs --> s

	J=Nm --> J
	J=Nm --> N
	J=Nm --> m

	C=as --> C
	C=as --> a
	C=as --> s

Where we have:

• s are seconds for Time
• m are meters for lengths
• kg are kilograms for mass
• a are amperes for electric current
• K are kelvin for temperature
• m are moles for amount of substance
• c is candela for luminous intensity
• C is Coulomb