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Index magnitudinum physicarum

Magnitudo	Symbolus	Nomen Unitatis	MKSA
Spatium	s sive l	metrum	m{displaystyle m}
Tempus	t	secundus	s{displaystyle s}
Massa	m	chiliogramma	kg{displaystyle kg}
Densitas	ρ	chiliogramma per metrum cubicum	kg⋅m−3{displaystyle kgcdot m^{-3}}
Frequentia	ν{displaystyle nu } sive f		s−1{displaystyle s^{-1}}
Acceleratio	a		m⋅s−2{displaystyle mcdot s^{-2}}
Acceleratio angularis	α{displaystyle alpha }		s−2{displaystyle s^{-2}}
Velocitas	v		m⋅s−1{displaystyle mcdot s^{-1}}
Velocitas angularis	ω{displaystyle omega }		s−1{displaystyle s^{-1}}
Motus	p		m⋅kg⋅s−1{displaystyle mcdot kgcdot s^{-1}}
Motus angularis	L		m2⋅kg⋅s−1{displaystyle m^{2}cdot kgcdot s^{-1}}
Vis	F	newton (N)	m⋅kg⋅s−2{displaystyle mcdot kgcdot s^{-2}}
Energia	E	joule (J)	m2⋅kg⋅s−2{displaystyle m^{2}cdot kgcdot s^{-2}}
Potentia	P	watt (W)	m2⋅kg⋅s−3{displaystyle m^{2}cdot kgcdot s^{-3}}
Temperatura	T	kelvin (K)	K{displaystyle K}
Tensio electrica	E sive V	volta (V)	m2⋅kg⋅s−3⋅A−1{displaystyle m^{2}cdot kgcdot s^{-3}cdot A^{-1}}
Resistentia electrica	R	ohm (Ω{displaystyle Omega })	m2⋅kg⋅s−3⋅A−2{displaystyle m^{2}cdot kgcdot s^{-3}cdot A^{-2}}
Capacitantia electrica	C	farad (F)	m−2⋅kg−1⋅s4⋅A2{displaystyle m^{-2}cdot kg^{-1}cdot s^{4}cdot A^{2}}
Fluxio electrica	I sive J	ampere (A)	A{displaystyle A}
Onus electricum	Q	coulomb (C)	J⋅V−1{displaystyle Jcdot V^{-1}}

Fontes |

• Alonso & Finn, Fundamental University Physics, Addison-Wesley Publishing Company, 1967

Nexus interni

• Systema Internationale


• Restitorium


• Condensatrum