Quantitate physic
characterisation quantitative de un aspecto de un entitate physic, phenomeno, evento, processo, transformation, relation, systema, o substantia
Quantitate physic: quantitate qui es definite, mesurate, manipulate, e usate per physicos, ingenieros, chimicos, etc.
| Quantitate physic |
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| instantia de: general quantity[*], abstract class[*] |
| subclasse de: physical property[*], individual quantity[*] |
   
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| Commons: Physical quantities |
Quantitates physic
modificarQuantitates fundamental
modificar- longitude (L, metro [m])
- tempore (T, secunda [s])
- massa (m, kilogramma [kg])
- temperatura (Θ, kelvin [K])
- electric intensitate (I, ampere [A])
- quantitate de materia (N, mol)
- luminose intensitate (J, candela [cd])
Quantitates derivate
modificar- area (L2, metro quadrate)
- volumine (L3, metro cubic)
- angulo (adimentional, radiano [rd])
- angulo solide (adimentional, steradiano [sr])
- massa volumic (M L−3, kilogramma per metro cubic)
- inertia momento (M L2, kilogramma metro quadrate per radiano quadrate)
- frequentia (T−1, hertz [Hz]),
- velocitate (L T−1, metro per secunda)
- velocitate angular (T−1, radiano per secunda)
- quantitate de movimento o impulsion (M L T−1, kilogramma metro per seconde)
- momento angular (M L2 T−1, kilogramma metro quadrate per secunda per radian)
- acceleration (L T−2, metro per secunda quadrate)
- acceleration angular (T−2, radiano per secunda quadrate)
- fortia (M L T−2, newton)
- fortia momento M L2 T−2, newton metro per radian)
- pression (M L−1 T−2, pascal)
- energia (M L2 T−2, joule)
- potentia (M L2 T−3, watt)
- action (M L2 T−1, joule secunda)
- enthalpia (M L2 T−2, joule)
- entropia (M L2 T−2 Θ−1, joule per kelvin)
- carga electric (T I, coulomb)
- tension electric (M L2 T−3 I−1, volt)
- densité de courant (L−2 I, ampere per metro quadrate)
- potential electric (M L2 T−3 I−1, volt)
- campo electric (M L T−3I−1, volt per metro)
- campo magnetic (L−1 I, ampere per metro )
- induction magnetic (M T−2 I−1, tesla)
- conductantia e admittantia (M−1 L−2 T3 I2, siemens)
- conductivitate electric (M−1 L−3 T3 I2, siemens per metro )
- resistentia electri e impedentia (M L2 T−3 I−2, ohm)
- resistivitate (M L3 T−3 I−2, ohm metro )
- inductantia (M L2 T−2 I−2, henry)
- capacitate electric (M−1 L−2 T4 I2, farad)
- permittivitate (M−1 L−3 T4 I2, farad per metro )
- constante magnetic (M L T−2 I−2, tesla metro per ampere)
- ion mobilitate (M−1 T2 I, secunda quadrate ampere per kilogramma)
- illuminamento (L−2 J, lux)