|
Unified |
Metric |
Product |
| angle |
$\text{A}$ |
$\mathbb{1}$ |
$\left[\phi\right]$ |
| solid angle |
$\text{A}^{2}$ |
$\mathbb{1}$ |
$\left[\phi^{2}\right]$ |
| time |
$\text{T}$ |
$\text{T}$ |
$\left[\hbar\cdot
\text{c}^{-2}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| angular time |
$\text{T}\cdot
\text{A}^{-1}$ |
$\text{T}$ |
$\left[\hbar\cdot
\text{c}^{-2}\text{m}_\text{e}^{-1}\text{g}_0\right]$ |
| length |
$\text{L}$ |
$\text{L}$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| angular length |
$\text{L}\cdot
\text{A}^{-1}$ |
$\text{L}$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\text{g}_0\right]$ |
| area |
$\text{L}^{2}$ |
$\text{L}^{2}$ |
$\left[\hbar^{2}\text{c}^{-2}\text{m}_\text{e}^{-2}\phi^{2}\text{g}_0^{2}\right]$ |
| angular area |
$\text{L}^{2}\text{A}^{-2}$ |
$\text{L}^{2}$ |
$\left[\hbar^{2}\text{c}^{-2}\text{m}_\text{e}^{-2}\text{g}_0^{2}\right]$ |
| volume |
$\text{L}^{3}$ |
$\text{L}^{3}$ |
$\left[\hbar^{3}\text{c}^{-3}\text{m}_\text{e}^{-3}\phi^{3}\text{g}_0^{3}\right]$ |
| wavenumber |
$\text{L}^{-1}$ |
$\text{L}^{-1}$ |
$\left[\hbar^{-1}\text{c}\cdot
\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| angular wavenumber |
$\text{L}^{-1}\text{A}$ |
$\text{L}^{-1}$ |
$\left[\hbar^{-1}\text{c}\cdot
\text{m}_\text{e}\cdot
\text{g}_0^{-1}\right]$ |
| fuel efficiency |
$\text{L}^{-2}$ |
$\text{L}^{-2}$ |
$\left[\hbar^{-2}\text{c}^{2}\text{m}_\text{e}^{2}\phi^{-2}\text{g}_0^{-2}\right]$ |
| number density |
$\text{L}^{-3}$ |
$\text{L}^{-3}$ |
$\left[\hbar^{-3}\text{c}^{3}\text{m}_\text{e}^{3}\phi^{-3}\text{g}_0^{-3}\right]$ |
| frequency |
$\text{T}^{-1}$ |
$\text{T}^{-1}$ |
$\left[\hbar^{-1}\text{c}^{2}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| angular frequency |
$\text{T}^{-1}\text{A}$ |
$\text{T}^{-1}$ |
$\left[\hbar^{-1}\text{c}^{2}\text{m}_\text{e}\cdot
\text{g}_0^{-1}\right]$ |
| frequency drift |
$\text{T}^{-2}$ |
$\text{T}^{-2}$ |
$\left[\hbar^{-2}\text{c}^{4}\text{m}_\text{e}^{2}\phi^{-2}\text{g}_0^{-2}\right]$ |
| stagnance |
$\text{L}^{-1}\text{T}$ |
$\text{L}^{-1}\text{T}$ |
$\left[\text{c}^{-1}\right]$ |
| speed |
$\text{L}\cdot
\text{T}^{-1}$ |
$\text{L}\cdot
\text{T}^{-1}$ |
$\left[\text{c}\right]$ |
| acceleration |
$\text{L}\cdot
\text{T}^{-2}$ |
$\text{L}\cdot
\text{T}^{-2}$ |
$\left[\hbar^{-1}\text{c}^{3}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| jerk |
$\text{L}\cdot
\text{T}^{-3}$ |
$\text{L}\cdot
\text{T}^{-3}$ |
$\left[\hbar^{-2}\text{c}^{5}\text{m}_\text{e}^{2}\phi^{-2}\text{g}_0^{-2}\right]$ |
| snap |
$\text{L}\cdot
\text{T}^{-4}$ |
$\text{L}\cdot
\text{T}^{-4}$ |
$\left[\hbar^{-3}\text{c}^{7}\text{m}_\text{e}^{3}\phi^{-3}\text{g}_0^{-3}\right]$ |
| crackle |
$\text{L}\cdot
\text{T}^{-5}$ |
$\text{L}\cdot
\text{T}^{-5}$ |
$\left[\hbar^{-4}\text{c}^{9}\text{m}_\text{e}^{4}\phi^{-4}\text{g}_0^{-4}\right]$ |
| pop |
$\text{L}\cdot
\text{T}^{-6}$ |
$\text{L}\cdot
\text{T}^{-6}$ |
$\left[\hbar^{-5}\text{c}^{11}\text{m}_\text{e}^{5}\phi^{-5}\text{g}_0^{-5}\right]$ |
| volume flow |
$\text{L}^{3}\text{T}^{-1}$ |
$\text{L}^{3}\text{T}^{-1}$ |
$\left[\hbar^{2}\text{c}^{-1}\text{m}_\text{e}^{-2}\phi^{2}\text{g}_0^{2}\right]$ |
| etendue |
$\text{L}^{2}\text{A}^{2}$ |
$\text{L}^{2}$ |
$\left[\hbar^{2}\text{c}^{-2}\text{m}_\text{e}^{-2}\phi^{4}\text{g}_0^{2}\right]$ |
| photon intensity |
$\text{T}^{-1}\text{A}^{-2}$ |
$\text{T}^{-1}$ |
$\left[\hbar^{-1}\text{c}^{2}\text{m}_\text{e}\cdot
\phi^{-3}\text{g}_0^{-1}\right]$ |
| photon irradiance |
$\text{L}^{-2}\text{T}$ |
$\text{L}^{-2}\text{T}$ |
$\left[\hbar^{-1}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| photon radiance |
$\text{L}^{-2}\text{T}\cdot
\text{A}^{-2}$ |
$\text{L}^{-2}\text{T}$ |
$\left[\hbar^{-1}\text{m}_\text{e}\cdot
\phi^{-3}\text{g}_0^{-1}\right]$ |
|
Unified |
Metric |
British |
Product |
| inertia |
$\text{F}\cdot
\text{L}^{-1}\text{T}^{2}$ |
$\text{M}$ |
$\text{F}\cdot
\text{L}^{-1}\text{T}^{2}$ |
$\left[\text{m}_\text{e}\cdot
\text{g}_0^{-1}\right]$ |
| mass |
$\text{M}$ |
$\text{M}$ |
$\text{F}\cdot
\text{L}^{-1}\text{T}^{2}$ |
$\left[\text{m}_\text{e}\right]$ |
| mass flow |
$\text{M}\cdot
\text{T}^{-1}$ |
$\text{M}\cdot
\text{T}^{-1}$ |
$\text{F}\cdot
\text{L}^{-1}\text{T}$ |
$\left[\hbar^{-1}\text{c}^{2}\text{m}_\text{e}^{2}\phi^{-1}\text{g}_0^{-1}\right]$ |
| linear density |
$\text{M}\cdot
\text{L}^{-1}$ |
$\text{M}\cdot
\text{L}^{-1}$ |
$\text{F}\cdot
\text{L}^{-2}\text{T}^{2}$ |
$\left[\hbar^{-1}\text{c}\cdot
\text{m}_\text{e}^{2}\phi^{-1}\text{g}_0^{-1}\right]$ |
| area density |
$\text{M}\cdot
\text{L}^{-2}$ |
$\text{M}\cdot
\text{L}^{-2}$ |
$\text{F}\cdot
\text{L}^{-3}\text{T}^{2}$ |
$\left[\hbar^{-2}\text{c}^{2}\text{m}_\text{e}^{3}\phi^{-2}\text{g}_0^{-2}\right]$ |
| density |
$\text{M}\cdot
\text{L}^{-3}$ |
$\text{M}\cdot
\text{L}^{-3}$ |
$\text{F}\cdot
\text{L}^{-4}\text{T}^{2}$ |
$\left[\hbar^{-3}\text{c}^{3}\text{m}_\text{e}^{4}\phi^{-3}\text{g}_0^{-3}\right]$ |
| specific weight |
$\text{F}\cdot
\text{L}^{-3}$ |
$\text{M}\cdot
\text{L}^{-2}\text{T}^{-2}$ |
$\text{F}\cdot
\text{L}^{-3}$ |
$\left[\hbar^{-4}\text{c}^{6}\text{m}_\text{e}^{5}\phi^{-4}\text{g}_0^{-5}\right]$ |
| specific volume |
$\text{M}^{-1}\text{L}^{3}$ |
$\text{M}^{-1}\text{L}^{3}$ |
$\text{F}^{-1}\text{L}^{4}\text{T}^{-2}$ |
$\left[\hbar^{3}\text{c}^{-3}\text{m}_\text{e}^{-4}\phi^{3}\text{g}_0^{3}\right]$ |
| force |
$\text{F}$ |
$\text{M}\cdot
\text{L}\cdot \text{T}^{-2}$ |
$\text{F}$ |
$\left[\hbar^{-1}\text{c}^{3}\text{m}_\text{e}^{2}\phi^{-1}\text{g}_0^{-2}\right]$ |
| specific force |
$\text{F}\cdot
\text{M}^{-1}$ |
$\text{L}\cdot
\text{T}^{-2}$ |
$\text{L}\cdot
\text{T}^{-2}$ |
$\left[\hbar^{-1}\text{c}^{3}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-2}\right]$ |
| gravity force |
$\text{F}^{-1}\text{M}\cdot \text{L}\cdot
\text{T}^{-2}$ |
$\mathbb{1}$ |
$\mathbb{1}$ |
$\left[\text{g}_0\right]$ |
| pressure |
$\text{F}\cdot
\text{L}^{-2}$ |
$\text{M}\cdot
\text{L}^{-1}\text{T}^{-2}$ |
$\text{F}\cdot
\text{L}^{-2}$ |
$\left[\hbar^{-3}\text{c}^{5}\text{m}_\text{e}^{4}\phi^{-3}\text{g}_0^{-4}\right]$ |
| compressibility |
$\text{F}^{-1}\text{L}^{2}$ |
$\text{M}^{-1}\text{L}\cdot
\text{T}^{2}$ |
$\text{F}^{-1}\text{L}^{2}$ |
$\left[\hbar^{3}\text{c}^{-5}\text{m}_\text{e}^{-4}\phi^{3}\text{g}_0^{4}\right]$ |
| viscosity |
$\text{F}\cdot
\text{L}^{-2}\text{T}$ |
$\text{M}\cdot
\text{L}^{-1}\text{T}^{-1}$ |
$\text{F}\cdot
\text{L}^{-2}\text{T}$ |
$\left[\hbar^{-2}\text{c}^{3}\text{m}_\text{e}^{3}\phi^{-2}\text{g}_0^{-3}\right]$ |
| diffusivity |
$\text{L}^{2}\text{T}^{-1}$ |
$\text{L}^{2}\text{T}^{-1}$ |
$\text{L}^{2}\text{T}^{-1}$ |
$\left[\hbar\cdot
\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| rotational inertia |
$\text{M}\cdot
\text{L}^{2}$ |
$\text{M}\cdot
\text{L}^{2}$ |
$\text{F}\cdot
\text{L}\cdot \text{T}^{2}$ |
$\left[\hbar^{2}\text{c}^{-2}\text{m}_\text{e}^{-1}\phi^{2}\text{g}_0^{2}\right]$ |
| impulse |
$\text{F}\cdot
\text{T}$ |
$\text{M}\cdot
\text{L}\cdot \text{T}^{-1}$ |
$\text{F}\cdot
\text{T}$ |
$\left[\text{c}\cdot \text{m}_\text{e}\cdot
\text{g}_0^{-1}\right]$ |
| momentum |
$\text{M}\cdot
\text{L}\cdot \text{T}^{-1}$ |
$\text{M}\cdot
\text{L}\cdot \text{T}^{-1}$ |
$\text{F}\cdot
\text{T}$ |
$\left[\text{c}\cdot
\text{m}_\text{e}\right]$ |
| angular momentum |
$\text{F}\cdot
\text{L}\cdot \text{T}\cdot \text{A}^{-1}$ |
$\text{M}\cdot
\text{L}^{2}\text{T}^{-1}$ |
$\text{F}\cdot
\text{L}\cdot \text{T}$ |
$\left[\hbar\right]$ |
| yank |
$\text{M}\cdot
\text{L}\cdot \text{T}^{-3}$ |
$\text{M}\cdot
\text{L}\cdot \text{T}^{-3}$ |
$\text{F}\cdot
\text{T}^{-1}$ |
$\left[\hbar^{-2}\text{c}^{5}\text{m}_\text{e}^{3}\phi^{-2}\text{g}_0^{-2}\right]$ |
| energy |
$\text{F}\cdot
\text{L}$ |
$\text{M}\cdot
\text{L}^{2}\text{T}^{-2}$ |
$\text{F}\cdot
\text{L}$ |
$\left[\text{c}^{2}\text{m}_\text{e}\cdot
\text{g}_0^{-1}\right]$ |
| specific energy |
$\text{F}\cdot
\text{M}^{-1}\text{L}$ |
$\text{L}^{2}\text{T}^{-2}$ |
$\text{L}^{2}\text{T}^{-2}$ |
$\left[\text{c}^{2}\text{g}_0^{-1}\right]$ |
| action |
$\text{F}\cdot
\text{L}\cdot \text{T}$ |
$\text{M}\cdot
\text{L}^{2}\text{T}^{-1}$ |
$\text{F}\cdot
\text{L}\cdot \text{T}$ |
$\left[\hbar\cdot
\phi\right]$ |
| fluence |
$\text{F}\cdot
\text{L}^{-1}$ |
$\text{M}\cdot
\text{T}^{-2}$ |
$\text{F}\cdot
\text{L}^{-1}$ |
$\left[\hbar^{-2}\text{c}^{4}\text{m}_\text{e}^{3}\phi^{-2}\text{g}_0^{-3}\right]$ |
| power |
$\text{F}\cdot
\text{L}\cdot \text{T}^{-1}$ |
$\text{M}\cdot
\text{L}^{2}\text{T}^{-3}$ |
$\text{F}\cdot
\text{L}\cdot \text{T}^{-1}$ |
$\left[\hbar^{-1}\text{c}^{4}\text{m}_\text{e}^{2}\phi^{-1}\text{g}_0^{-2}\right]$ |
| power density |
$\text{F}\cdot
\text{L}^{-2}\text{T}^{-1}$ |
$\text{M}\cdot
\text{L}^{-1}\text{T}^{-3}$ |
$\text{F}\cdot
\text{L}^{-2}\text{T}^{-1}$ |
$\left[\hbar^{-4}\text{c}^{7}\text{m}_\text{e}^{5}\phi^{-4}\text{g}_0^{-5}\right]$ |
| irradiance |
$\text{F}\cdot
\text{L}^{-1}\text{T}^{-1}$ |
$\text{M}\cdot
\text{T}^{-3}$ |
$\text{F}\cdot
\text{L}^{-1}\text{T}^{-1}$ |
$\left[\hbar^{-3}\text{c}^{6}\text{m}_\text{e}^{4}\phi^{-3}\text{g}_0^{-4}\right]$ |
| radiance |
$\text{F}\cdot
\text{L}^{-1}\text{T}^{-1}\text{A}^{-2}$ |
$\text{M}\cdot
\text{T}^{-3}$ |
$\text{F}\cdot
\text{L}^{-1}\text{T}^{-1}$ |
$\left[\hbar^{-3}\text{c}^{6}\text{m}_\text{e}^{4}\phi^{-5}\text{g}_0^{-4}\right]$ |
| radiant intensity |
$\text{F}\cdot
\text{L}\cdot \text{T}^{-1}\text{A}^{-2}$ |
$\text{M}\cdot
\text{L}^{2}\text{T}^{-3}$ |
$\text{F}\cdot
\text{L}\cdot \text{T}^{-1}$ |
$\left[\hbar^{-1}\text{c}^{4}\text{m}_\text{e}^{2}\phi^{-3}\text{g}_0^{-2}\right]$ |
| spectral flux |
$\text{F}\cdot
\text{T}^{-1}$ |
$\text{M}\cdot
\text{L}\cdot \text{T}^{-3}$ |
$\text{F}\cdot
\text{T}^{-1}$ |
$\left[\hbar^{-2}\text{c}^{5}\text{m}_\text{e}^{3}\phi^{-2}\text{g}_0^{-3}\right]$ |
| spectral exposure |
$\text{F}\cdot
\text{L}^{-1}\text{T}$ |
$\text{M}\cdot
\text{T}^{-1}$ |
$\text{F}\cdot
\text{L}^{-1}\text{T}$ |
$\left[\hbar^{-1}\text{c}^{2}\text{m}_\text{e}^{2}\phi^{-1}\text{g}_0^{-2}\right]$ |
| sound exposure |
$\text{F}^{2}\text{L}^{-4}\text{T}$ |
$\text{M}^{2}\text{L}^{-2}\text{T}^{-3}$ |
$\text{F}^{2}\text{L}^{-4}\text{T}$ |
$\left[\hbar^{-5}\text{c}^{8}\text{m}_\text{e}^{7}\phi^{-5}\text{g}_0^{-7}\right]$ |
| impedance |
$\text{F}\cdot
\text{L}^{-5}\text{T}$ |
$\text{M}\cdot
\text{L}^{-4}\text{T}^{-1}$ |
$\text{F}\cdot
\text{L}^{-5}\text{T}$ |
$\left[\hbar^{-5}\text{c}^{6}\text{m}_\text{e}^{6}\phi^{-5}\text{g}_0^{-6}\right]$ |
| specific impedance |
$\text{F}\cdot
\text{L}^{-3}\text{T}$ |
$\text{M}\cdot
\text{L}^{-2}\text{T}^{-1}$ |
$\text{F}\cdot
\text{L}^{-3}\text{T}$ |
$\left[\hbar^{-3}\text{c}^{4}\text{m}_\text{e}^{4}\phi^{-3}\text{g}_0^{-4}\right]$ |
| admittance |
$\text{F}^{-1}\text{L}^{5}\text{T}^{-1}$ |
$\text{M}^{-1}\text{L}^{4}\text{T}$ |
$\text{F}^{-1}\text{L}^{5}\text{T}^{-1}$ |
$\left[\hbar^{5}\text{c}^{-6}\text{m}_\text{e}^{-6}\phi^{5}\text{g}_0^{6}\right]$ |
| compliance |
$\text{M}^{-1}\text{T}^{2}$ |
$\text{M}^{-1}\text{T}^{2}$ |
$\text{F}^{-1}\text{L}$ |
$\left[\hbar^{2}\text{c}^{-4}\text{m}_\text{e}^{-3}\phi^{2}\text{g}_0^{2}\right]$ |
| inertance |
$\text{M}\cdot
\text{L}^{-4}$ |
$\text{M}\cdot
\text{L}^{-4}$ |
$\text{F}\cdot
\text{L}^{-5}\text{T}^{2}$ |
$\left[\hbar^{-4}\text{c}^{4}\text{m}_\text{e}^{5}\phi^{-4}\text{g}_0^{-4}\right]$ |
|
Unified |
Metric |
EMU |
ESU |
Product |
| charge |
$\text{Q}$ |
$\text{Q}$ |
$\text{M}^{1/2}\text{L}^{1/2}$ |
$\text{M}^{1/2}\text{L}^{3/2}\text{T}^{-1}$ |
$\left[\hbar^{1/2}\text{c}^{-1/2}\mu_0^{-1/2}\phi^{1/2}\lambda^{-1/2}\alpha_\text{L}^{-1}\right]$ |
| charge density |
$\text{L}^{-3}\text{Q}$ |
$\text{L}^{-3}\text{Q}$ |
$\text{M}^{1/2}\text{L}^{-5/2}$ |
$\text{M}^{1/2}\text{L}^{-3/2}\text{T}^{-1}$ |
$\left[\hbar^{-5/2}\text{c}^{5/2}\mu_0^{-1/2}\text{m}_\text{e}^{3}\phi^{-5/2}\lambda^{-1/2}\alpha_\text{L}^{-1}\text{g}_0^{-3}\right]$ |
| linear charge
density |
$\text{L}^{-1}\text{Q}$ |
$\text{L}^{-1}\text{Q}$ |
$\text{M}^{1/2}\text{L}^{-1/2}$ |
$\text{M}^{1/2}\text{L}^{1/2}\text{T}^{-1}$ |
$\left[\hbar^{-1/2}\text{c}^{1/2}\mu_0^{-1/2}\text{m}_\text{e}\cdot
\phi^{-1/2}\lambda^{-1/2}\alpha_\text{L}^{-1}\text{g}_0^{-1}\right]$ |
| exposure |
$\text{M}^{-1}\text{Q}$ |
$\text{M}^{-1}\text{Q}$ |
$\text{M}^{-1/2}\text{L}^{1/2}$ |
$\text{M}^{-1/2}\text{L}^{3/2}\text{T}^{-1}$ |
$\left[\hbar^{1/2}\text{c}^{-1/2}\mu_0^{-1/2}\text{m}_\text{e}^{-1}\phi^{1/2}\lambda^{-1/2}\alpha_\text{L}^{-1}\right]$ |
| mobility |
$\text{F}\cdot
\text{L}^{3}\text{T}^{-1}\text{Q}^{-1}$ |
$\text{M}\cdot
\text{L}^{4}\text{T}^{-3}\text{Q}^{-1}$ |
$\text{M}^{1/2}\text{L}^{7/2}\text{T}^{-3}$ |
$\text{M}^{1/2}\text{L}^{5/2}\text{T}^{-2}$ |
$\left[\hbar^{1/2}\text{c}^{5/2}\mu_0^{1/2}\phi^{1/2}\lambda^{1/2}\alpha_\text{L}\right]$ |
| current |
$\text{T}^{-1}\text{Q}$ |
$\text{T}^{-1}\text{Q}$ |
$\text{M}^{1/2}\text{L}^{1/2}\text{T}^{-1}$ |
$\text{M}^{1/2}\text{L}^{3/2}\text{T}^{-2}$ |
$\left[\hbar^{-1/2}\text{c}^{3/2}\mu_0^{-1/2}\text{m}_\text{e}\cdot
\phi^{-1/2}\lambda^{-1/2}\alpha_\text{L}^{-1}\text{g}_0^{-1}\right]$ |
| current density |
$\text{L}^{-2}\text{T}^{-1}\text{Q}$ |
$\text{L}^{-2}\text{T}^{-1}\text{Q}$ |
$\text{M}^{1/2}\text{L}^{-3/2}\text{T}^{-1}$ |
$\text{M}^{1/2}\text{L}^{-1/2}\text{T}^{-2}$ |
$\left[\hbar^{-5/2}\text{c}^{7/2}\mu_0^{-1/2}\text{m}_\text{e}^{3}\phi^{-5/2}\lambda^{-1/2}\alpha_\text{L}^{-1}\text{g}_0^{-3}\right]$ |
| resistance |
$\text{F}\cdot
\text{L}\cdot \text{T}\cdot \text{Q}^{-2}$ |
$\text{M}\cdot
\text{L}^{2}\text{T}^{-1}\text{Q}^{-2}$ |
$\text{L}\cdot
\text{T}^{-1}$ |
$\text{L}^{-1}\text{T}$ |
$\left[\text{c}\cdot \mu_0\cdot \lambda\cdot
\alpha_\text{L}^{2}\right]$ |
| conductance |
$\text{F}^{-1}\text{L}^{-1}\text{T}^{-1}\text{Q}^{2}$ |
$\text{M}^{-1}\text{L}^{-2}\text{T}\cdot
\text{Q}^{2}$ |
$\text{L}^{-1}\text{T}$ |
$\text{L}\cdot
\text{T}^{-1}$ |
$\left[\text{c}^{-1}\mu_0^{-1}\lambda^{-1}\alpha_\text{L}^{-2}\right]$ |
| resistivity |
$\text{F}\cdot
\text{L}^{2}\text{T}\cdot \text{Q}^{-2}$ |
$\text{M}\cdot
\text{L}^{3}\text{T}^{-1}\text{Q}^{-2}$ |
$\text{L}^{2}\text{T}^{-1}$ |
$\text{T}$ |
$\left[\hbar\cdot
\mu_0\cdot \text{m}_\text{e}^{-1}\phi\cdot \lambda\cdot
\alpha_\text{L}^{2}\text{g}_0\right]$ |
| conductivity |
$\text{F}^{-1}\text{L}^{-2}\text{T}^{-1}\text{Q}^{2}$ |
$\text{M}^{-1}\text{L}^{-3}\text{T}\cdot
\text{Q}^{2}$ |
$\text{L}^{-2}\text{T}$ |
$\text{T}^{-1}$ |
$\left[\hbar^{-1}\mu_0^{-1}\text{m}_\text{e}\cdot
\phi^{-1}\lambda^{-1}\alpha_\text{L}^{-2}\text{g}_0^{-1}\right]$ |
| capacitance |
$\text{F}^{-1}\text{L}^{-1}\text{Q}^{2}$ |
$\text{M}^{-1}\text{L}^{-2}\text{T}^{2}\text{Q}^{2}$ |
$\text{L}^{-1}\text{T}^{2}$ |
$\text{L}$ |
$\left[\hbar\cdot
\text{c}^{-3}\mu_0^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\lambda^{-1}\alpha_\text{L}^{-2}\text{g}_0\right]$ |
| inductance |
$\text{F}\cdot
\text{L}\cdot \text{T}^{2}\text{Q}^{-2}$ |
$\text{M}\cdot
\text{L}^{2}\text{Q}^{-2}$ |
$\text{L}$ |
$\text{L}^{-1}\text{T}^{2}$ |
$\left[\hbar\cdot
\text{c}^{-1}\mu_0\cdot \text{m}_\text{e}^{-1}\phi\cdot
\lambda\cdot
\alpha_\text{L}^{2}\text{g}_0\right]$ |
| reluctance |
$\text{F}^{-1}\text{L}^{-1}\text{T}^{-2}\text{Q}^{2}\text{R}\cdot
\text{C}^{-2}$ |
$\text{M}^{-1}\text{L}^{-2}\text{Q}^{2}$ |
$\text{L}^{-1}$ |
$\text{L}\cdot
\text{T}^{-2}$ |
$\left[\hbar^{-1}\text{c}\cdot
\mu_0^{-1}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| permeance |
$\text{F}\cdot
\text{L}\cdot
\text{T}^{2}\text{Q}^{-2}\text{R}^{-1}\text{C}^{2}$ |
$\text{M}\cdot
\text{L}^{2}\text{Q}^{-2}$ |
$\text{L}$ |
$\text{L}^{-1}\text{T}^{2}$ |
$\left[\hbar\cdot
\text{c}^{-1}\mu_0\cdot \text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| permittivity |
$\text{F}^{-1}\text{L}^{-2}\text{Q}^{2}\text{R}$ |
$\text{M}^{-1}\text{L}^{-3}\text{T}^{2}\text{Q}^{2}$ |
$\text{L}^{-2}\text{T}^{2}$ |
$\mathbb{1}$ |
$\left[\text{c}^{-2}\mu_0^{-1}\alpha_\text{L}^{-2}\right]$ |
| permeability |
$\text{F}\cdot
\text{T}^{2}\text{Q}^{-2}\text{R}^{-1}\text{C}^{2}$ |
$\text{M}\cdot
\text{L}\cdot \text{Q}^{-2}$ |
$\mathbb{1}$ |
$\text{L}^{-2}\text{T}^{2}$ |
$\left[\mu_0\right]$ |
| susceptibility |
$\text{R}^{-1}$ |
$\mathbb{1}$ |
$\mathbb{1}$ |
$\mathbb{1}$ |
$\left[\lambda^{-1}\right]$ |
| specific
susceptibility |
$\text{M}^{-1}\text{L}^{3}\text{A}^{-1}\text{R}^{-1}$ |
$\text{M}^{-1}\text{L}^{3}$ |
$\text{M}^{-1}\text{L}^{3}$ |
$\text{M}^{-1}\text{L}^{3}$ |
$\left[\hbar^{3}\text{c}^{-3}\text{m}_\text{e}^{-4}\phi^{2}\lambda^{-1}\text{g}_0^{3}\right]$ |
| demagnetizing factor |
$\text{R}$ |
$\mathbb{1}$ |
$\mathbb{1}$ |
$\mathbb{1}$ |
$\left[\lambda\right]$ |
| vector potential |
$\text{F}\cdot
\text{T}\cdot \text{Q}^{-1}\text{C}$ |
$\text{M}\cdot
\text{L}\cdot \text{T}^{-1}\text{Q}^{-1}$ |
$\text{M}^{1/2}\text{L}^{1/2}\text{T}^{-1}$ |
$\text{M}^{1/2}\text{L}^{-1/2}$ |
$\left[\hbar^{-1/2}\text{c}^{3/2}\mu_0^{1/2}\text{m}_\text{e}\cdot
\phi^{-1/2}\lambda^{1/2}\text{g}_0^{-1}\right]$ |
| electric potential |
$\text{F}\cdot
\text{L}\cdot \text{Q}^{-1}$ |
$\text{M}\cdot
\text{L}^{2}\text{T}^{-2}\text{Q}^{-1}$ |
$\text{M}^{1/2}\text{L}^{3/2}\text{T}^{-2}$ |
$\text{M}^{1/2}\text{L}^{1/2}\text{T}^{-1}$ |
$\left[\hbar^{-1/2}\text{c}^{5/2}\mu_0^{1/2}\text{m}_\text{e}\cdot
\phi^{-1/2}\lambda^{1/2}\alpha_\text{L}\cdot
\text{g}_0^{-1}\right]$ |
| magnetic potential |
$\text{T}^{-1}\text{Q}\cdot \text{R}\cdot
\text{C}^{-1}$ |
$\text{T}^{-1}\text{Q}$ |
$\text{M}^{1/2}\text{L}^{1/2}\text{T}^{-1}$ |
$\text{M}^{1/2}\text{L}^{3/2}\text{T}^{-2}$ |
$\left[\hbar^{-1/2}\text{c}^{3/2}\mu_0^{-1/2}\text{m}_\text{e}\cdot
\phi^{-1/2}\lambda^{1/2}\text{g}_0^{-1}\right]$ |
| electric field |
$\text{F}\cdot
\text{Q}^{-1}$ |
$\text{M}\cdot
\text{L}\cdot \text{T}^{-2}\text{Q}^{-1}$ |
$\text{M}^{1/2}\text{L}^{1/2}\text{T}^{-2}$ |
$\text{M}^{1/2}\text{L}^{-1/2}\text{T}^{-1}$ |
$\left[\hbar^{-3/2}\text{c}^{7/2}\mu_0^{1/2}\text{m}_\text{e}^{2}\phi^{-3/2}\lambda^{1/2}\alpha_\text{L}\cdot
\text{g}_0^{-2}\right]$ |
| magnetic field |
$\text{L}^{-1}\text{T}^{-1}\text{Q}\cdot
\text{R}\cdot \text{C}^{-1}$ |
$\text{L}^{-1}\text{T}^{-1}\text{Q}$ |
$\text{M}^{1/2}\text{L}^{-1/2}\text{T}^{-1}$ |
$\text{M}^{1/2}\text{L}^{1/2}\text{T}^{-2}$ |
$\left[\hbar^{-3/2}\text{c}^{5/2}\mu_0^{-1/2}\text{m}_\text{e}^{2}\phi^{-3/2}\lambda^{1/2}\text{g}_0^{-2}\right]$ |
| electric flux |
$\text{F}\cdot
\text{L}^{2}\text{Q}^{-1}$ |
$\text{M}\cdot
\text{L}^{3}\text{T}^{-2}\text{Q}^{-1}$ |
$\text{M}^{1/2}\text{L}^{5/2}\text{T}^{-2}$ |
$\text{M}^{1/2}\text{L}^{3/2}\text{T}^{-1}$ |
$\left[\hbar^{1/2}\text{c}^{3/2}\mu_0^{1/2}\phi^{1/2}\lambda^{1/2}\alpha_\text{L}\right]$ |
| magnetic flux |
$\text{F}\cdot
\text{L}\cdot \text{T}\cdot
\text{Q}^{-1}\text{C}$ |
$\text{M}\cdot
\text{L}^{2}\text{T}^{-1}\text{Q}^{-1}$ |
$\text{M}^{1/2}\text{L}^{3/2}\text{T}^{-1}$ |
$\text{M}^{1/2}\text{L}^{1/2}$ |
$\left[\hbar^{1/2}\text{c}^{1/2}\mu_0^{1/2}\phi^{1/2}\lambda^{1/2}\right]$ |
| electric
displacement |
$\text{L}^{-2}\text{Q}\cdot \text{R}$ |
$\text{L}^{-2}\text{Q}$ |
$\text{M}^{1/2}\text{L}^{-3/2}$ |
$\text{M}^{1/2}\text{L}^{-1/2}\text{T}^{-1}$ |
$\left[\hbar^{-3/2}\text{c}^{3/2}\mu_0^{-1/2}\text{m}_\text{e}^{2}\phi^{-3/2}\lambda^{1/2}\alpha_\text{L}^{-1}\text{g}_0^{-2}\right]$ |
| magnetic flux
density |
$\text{F}\cdot
\text{L}^{-1}\text{T}\cdot
\text{Q}^{-1}\text{C}$ |
$\text{M}\cdot
\text{T}^{-1}\text{Q}^{-1}$ |
$\text{M}^{1/2}\text{L}^{-1/2}\text{T}^{-1}$ |
$\text{M}^{1/2}\text{L}^{-3/2}$ |
$\left[\hbar^{-3/2}\text{c}^{5/2}\mu_0^{1/2}\text{m}_\text{e}^{2}\phi^{-3/2}\lambda^{1/2}\text{g}_0^{-2}\right]$ |
| electric dipole
moment |
$\text{L}\cdot
\text{Q}$ |
$\text{L}\cdot
\text{Q}$ |
$\text{M}^{1/2}\text{L}^{3/2}$ |
$\text{M}^{1/2}\text{L}^{5/2}\text{T}^{-1}$ |
$\left[\hbar^{3/2}\text{c}^{-3/2}\mu_0^{-1/2}\text{m}_\text{e}^{-1}\phi^{3/2}\lambda^{-1/2}\alpha_\text{L}^{-1}\text{g}_0\right]$ |
| magnetic dipole
moment |
$\text{L}^{2}\text{T}^{-1}\text{Q}\cdot
\text{A}^{-1}\text{C}^{-1}$ |
$\text{L}^{2}\text{T}^{-1}\text{Q}$ |
$\text{M}^{1/2}\text{L}^{5/2}\text{T}^{-1}$ |
$\text{M}^{1/2}\text{L}^{7/2}\text{T}^{-2}$ |
$\left[\hbar^{3/2}\text{c}^{-1/2}\mu_0^{-1/2}\text{m}_\text{e}^{-1}\phi^{1/2}\lambda^{-1/2}\text{g}_0\right]$ |
| electric
polarizability |
$\text{F}^{-1}\text{L}\cdot
\text{Q}^{2}$ |
$\text{M}^{-1}\text{T}^{2}\text{Q}^{2}$ |
$\text{L}\cdot
\text{T}^{2}$ |
$\text{L}^{3}$ |
$\left[\hbar^{3}\text{c}^{-5}\mu_0^{-1}\text{m}_\text{e}^{-3}\phi^{3}\lambda^{-1}\alpha_\text{L}^{-2}\text{g}_0^{3}\right]$ |
| magnetic
polarizability |
$\text{L}^{3}\text{A}^{-1}\text{R}^{-1}$ |
$\text{L}^{3}$ |
$\text{L}^{3}$ |
$\text{L}^{3}$ |
$\left[\hbar^{3}\text{c}^{-3}\text{m}_\text{e}^{-3}\phi^{2}\lambda^{-1}\text{g}_0^{3}\right]$ |
| magnetic moment |
$\text{F}\cdot
\text{L}^{2}\text{T}\cdot
\text{Q}^{-1}\text{C}$ |
$\text{M}\cdot
\text{L}^{3}\text{T}^{-1}\text{Q}^{-1}$ |
$\text{M}^{1/2}\text{L}^{5/2}\text{T}^{-1}$ |
$\text{M}^{1/2}\text{L}^{3/2}$ |
$\left[\hbar^{3/2}\text{c}^{-1/2}\mu_0^{1/2}\text{m}_\text{e}^{-1}\phi^{3/2}\lambda^{1/2}\text{g}_0\right]$ |
| specific
magnetization |
$\text{F}^{-1}\text{M}\cdot
\text{L}^{-2}\text{T}^{-1}\text{Q}\cdot
\text{C}^{-1}$ |
$\text{L}^{-3}\text{T}\cdot \text{Q}$ |
$\text{M}^{1/2}\text{L}^{-5/2}\text{T}$ |
$\text{M}^{1/2}\text{L}^{-3/2}$ |
$\left[\hbar^{-3/2}\text{c}^{1/2}\mu_0^{-1/2}\text{m}_\text{e}^{2}\phi^{-3/2}\lambda^{-1/2}\text{g}_0^{-1}\right]$ |
| pole strength |
$\text{L}\cdot
\text{T}^{-1}\text{Q}\cdot
\text{A}^{-1}\text{C}^{-1}$ |
$\text{L}\cdot
\text{T}^{-1}\text{Q}$ |
$\text{M}^{1/2}\text{L}^{3/2}\text{T}^{-1}$ |
$\text{M}^{1/2}\text{L}^{5/2}\text{T}^{-2}$ |
$\left[\hbar^{1/2}\text{c}^{1/2}\mu_0^{-1/2}\phi^{-1/2}\lambda^{-1/2}\right]$ |
|
Unified |
Metric |
British |
Product |
| temperature |
$\Theta$ |
$\Theta$ |
$\Theta$ |
$\left[\text{k}_\text{B}^{-1}\text{c}^{2}\text{m}_\text{e}\cdot
\text{g}_0^{-1}\right]$ |
| entropy |
$\text{F}\cdot
\text{L}\cdot \Theta^{-1}$ |
$\text{M}\cdot
\text{L}^{2}\text{T}^{-2}\Theta^{-1}$ |
$\text{F}\cdot
\text{L}\cdot \Theta^{-1}$ |
$\left[\text{k}_\text{B}\right]$ |
| specific entropy |
$\text{F}\cdot
\text{M}^{-1}\text{L}\cdot \Theta^{-1}$ |
$\text{L}^{2}\text{T}^{-2}\Theta^{-1}$ |
$\text{L}^{2}\text{T}^{-2}\Theta^{-1}$ |
$\left[\text{k}_\text{B}\cdot
\text{m}_\text{e}^{-1}\right]$ |
| volume heat capacity |
$\text{F}\cdot
\text{L}^{-2}\Theta^{-1}$ |
$\text{M}\cdot
\text{L}^{-1}\text{T}^{-2}\Theta^{-1}$ |
$\text{F}\cdot
\text{L}^{-2}\Theta^{-1}$ |
$\left[\text{k}_\text{B}\cdot
\hbar^{-3}\text{c}^{3}\text{m}_\text{e}^{3}\phi^{-3}\text{g}_0^{-3}\right]$ |
| thermal conductivity |
$\text{F}\cdot
\text{T}^{-1}\Theta^{-1}$ |
$\text{M}\cdot
\text{L}\cdot \text{T}^{-3}\Theta^{-1}$ |
$\text{F}\cdot
\text{T}^{-1}\Theta^{-1}$ |
$\left[\text{k}_\text{B}\cdot
\hbar^{-2}\text{c}^{3}\text{m}_\text{e}^{2}\phi^{-2}\text{g}_0^{-2}\right]$ |
| thermal conductance |
$\text{F}\cdot
\text{L}\cdot \text{T}^{-1}\Theta^{-1}$ |
$\text{M}\cdot
\text{L}^{2}\text{T}^{-3}\Theta^{-1}$ |
$\text{F}\cdot
\text{L}\cdot \text{T}^{-1}\Theta^{-1}$ |
$\left[\text{k}_\text{B}\cdot
\hbar^{-1}\text{c}^{2}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| thermal resistivity |
$\text{F}^{-1}\text{T}\cdot \Theta$ |
$\text{M}^{-1}\text{L}^{-1}\text{T}^{3}\Theta$ |
$\text{F}^{-1}\text{T}\cdot \Theta$ |
$\left[\text{k}_\text{B}^{-1}\hbar^{2}\text{c}^{-3}\text{m}_\text{e}^{-2}\phi^{2}\text{g}_0^{2}\right]$ |
| thermal resistance |
$\text{F}^{-1}\text{L}^{-1}\text{T}\cdot
\Theta$ |
$\text{M}^{-1}\text{L}^{-2}\text{T}^{3}\Theta$ |
$\text{F}^{-1}\text{L}^{-1}\text{T}\cdot
\Theta$ |
$\left[\text{k}_\text{B}^{-1}\hbar\cdot
\text{c}^{-2}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| thermal expansion |
$\Theta^{-1}$ |
$\Theta^{-1}$ |
$\Theta^{-1}$ |
$\left[\text{k}_\text{B}\cdot
\text{c}^{-2}\text{m}_\text{e}^{-1}\text{g}_0\right]$ |
| lapse rate |
$\text{L}^{-1}\Theta$ |
$\text{L}^{-1}\Theta$ |
$\text{L}^{-1}\Theta$ |
$\left[\text{k}_\text{B}^{-1}\hbar^{-1}\text{c}^{3}\text{m}_\text{e}^{2}\phi^{-1}\text{g}_0^{-2}\right]$ |
|
Unified |
Metric |
British |
Product |
| molar mass |
$\text{M}\cdot
\text{N}^{-1}$ |
$\text{M}\cdot
\text{N}^{-1}$ |
$\text{F}\cdot
\text{L}^{-1}\text{T}^{2}\text{N}^{-1}$ |
$\left[\text{M}_\text{u}\right]$ |
| molality |
$\text{M}^{-1}\text{N}$ |
$\text{M}^{-1}\text{N}$ |
$\text{F}^{-1}\text{L}\cdot
\text{T}^{-2}\text{N}$ |
$\left[\text{M}_\text{u}^{-1}\right]$ |
| molar amount |
$\text{N}$ |
$\text{N}$ |
$\text{N}$ |
$\left[\text{m}_\text{e}\cdot
\text{M}_\text{u}^{-1}\right]$ |
| molarity |
$\text{L}^{-3}\text{N}$ |
$\text{L}^{-3}\text{N}$ |
$\text{L}^{-3}\text{N}$ |
$\left[\hbar^{-3}\text{c}^{3}\text{m}_\text{e}^{4}\text{M}_\text{u}^{-1}\phi^{-3}\text{g}_0^{-3}\right]$ |
| molar volume |
$\text{L}^{3}\text{N}^{-1}$ |
$\text{L}^{3}\text{N}^{-1}$ |
$\text{L}^{3}\text{N}^{-1}$ |
$\left[\hbar^{3}\text{c}^{-3}\text{m}_\text{e}^{-4}\text{M}_\text{u}\cdot
\phi^{3}\text{g}_0^{3}\right]$ |
| molar entropy |
$\text{F}\cdot
\text{L}\cdot \Theta^{-1}\text{N}^{-1}$ |
$\text{M}\cdot
\text{L}^{2}\text{T}^{-2}\Theta^{-1}\text{N}^{-1}$ |
$\text{F}\cdot
\text{L}\cdot \Theta^{-1}\text{N}^{-1}$ |
$\left[\text{k}_\text{B}\cdot
\text{m}_\text{e}^{-1}\text{M}_\text{u}\right]$ |
| molar energy |
$\text{F}\cdot
\text{L}\cdot \text{N}^{-1}$ |
$\text{M}\cdot
\text{L}^{2}\text{T}^{-2}\text{N}^{-1}$ |
$\text{F}\cdot
\text{L}\cdot \text{N}^{-1}$ |
$\left[\text{c}^{2}\text{M}_\text{u}\cdot
\text{g}_0^{-1}\right]$ |
| molar conductivity |
$\text{F}^{-1}\text{T}^{-1}\text{Q}^{2}\text{N}^{-1}$ |
$\text{M}^{-1}\text{L}^{-1}\text{T}\cdot
\text{Q}^{2}\text{N}^{-1}$ |
$\text{F}^{-1}\text{T}^{-1}\text{Q}^{2}\text{N}^{-1}$ |
$\left[\hbar\cdot
\text{c}^{-2}\mu_0^{-1}\text{m}_\text{e}^{-2}\text{M}_\text{u}\cdot
\phi\cdot
\lambda^{-1}\alpha_\text{L}^{-2}\text{g}_0\right]$ |
| molar susceptibility |
$\text{L}^{3}\text{N}^{-1}\text{A}^{-1}\text{R}^{-1}$ |
$\text{L}^{3}\text{N}^{-1}$ |
$\text{L}^{3}\text{N}^{-1}$ |
$\left[\hbar^{3}\text{c}^{-3}\text{m}_\text{e}^{-4}\text{M}_\text{u}\cdot
\phi^{2}\lambda^{-1}\text{g}_0^{3}\right]$ |
| catalysis |
$\text{T}^{-1}\text{N}$ |
$\text{T}^{-1}\text{N}$ |
$\text{T}^{-1}\text{N}$ |
$\left[\hbar^{-1}\text{c}^{2}\text{m}_\text{e}^{2}\text{M}_\text{u}^{-1}\phi^{-1}\text{g}_0^{-1}\right]$ |
| specificity |
$\text{L}^{3}\text{T}^{-1}\text{N}^{-1}$ |
$\text{L}^{3}\text{T}^{-1}\text{N}^{-1}$ |
$\text{L}^{3}\text{T}^{-1}\text{N}^{-1}$ |
$\left[\hbar^{2}\text{c}^{-1}\text{m}_\text{e}^{-3}\text{M}_\text{u}\cdot
\phi^{2}\text{g}_0^{2}\right]$ |
| diffusion flux |
$\text{L}^{-2}\text{T}\cdot \text{N}$ |
$\text{L}^{-2}\text{T}\cdot \text{N}$ |
$\text{L}^{-2}\text{T}\cdot \text{N}$ |
$\left[\hbar^{-1}\text{m}_\text{e}^{2}\text{M}_\text{u}^{-1}\phi^{-1}\text{g}_0^{-1}\right]$ |
| Name |
Unified |
Product |
| hyperfine transition |
$T^{-1}(\text{c}^{-1}\Delta\nu_\text{Cs}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\tau^{-1}2^{-1})$ |
$\left[\hbar^{-1}\text{c}^{2}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| light speed |
$LT^{-1}$ |
$\left[\text{c}\right]$ |
| Planck |
$FLT(\tau)$ |
$\left[\hbar\cdot
\phi\right]$ |
| Planck reduced |
$FLTA^{-1}$ |
$\left[\hbar\right]$ |
| electron mass |
$M$ |
$\left[\text{m}_\text{e}\right]$ |
| molar mass |
$MN^{-1}$ |
$\left[\text{M}_\text{u}\right]$ |
| Boltzmann |
$FLΘ^{-1}$ |
$\left[\text{k}_\text{B}\right]$ |
| vacuum permeability |
$FT^{2}Q^{-2}R^{-1}C^{2}$ |
$\left[\mu_0\right]$ |
| rationalization |
$R$ |
$\left[\lambda\right]$ |
| Lorentz |
$C^{-1}$ |
$\left[\alpha_\text{L}\right]$ |
| luminous efficacy |
$F^{-1}L^{-1}TJ$ |
$\left[\text{K}_\text{cd}\right]$ |
| gravity |
$F^{-1}MLT^{-2}$ |
$\left[\text{g}_0\right]$ |
| radian |
$A$ |
$\left[\phi\right]$ |
| turn |
$A(\tau)$ |
$\left[\phi\right]$ |
| spat |
$A^{2}(\tau\cdot
2)$ |
$\left[\phi^{2}\right]$ |
| Dalton |
$M(\mu_\text{eu}^{-1})$ |
$\left[\text{m}_\text{e}\right]$ |
| proton mass |
$M(\mu_\text{eu}^{-1}\mu_\text{pu})$ |
$\left[\text{m}_\text{e}\right]$ |
| Planck mass |
$M(\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\text{m}_\text{P}\cdot
2^{-1})$ |
$\left[\text{m}_\text{e}\right]$ |
| Newton gravitation |
$FM^{-2}L^{2}(\hbar^{2}\text{c}^{-2}\text{R}_{\infty}^{2}\alpha^{-4}\text{m}_\text{P}^{-2}2^{2})$ |
$\left[\hbar\cdot
\text{c}\cdot
\text{m}_\text{e}^{-2}\phi\right]$ |
| Gauss gravitation |
$T^{-1}A(\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\text{k}_\text{G}\cdot
2^{-15}3^{-7}5^{-5})$ |
$\left[\hbar^{-1}\text{c}^{2}\text{m}_\text{e}\cdot
\text{g}_0^{-1}\right]$ |
| Einstein gravitation |
$FM^{-2}L^{-2}T^{4}(\hbar^{2}\text{c}^{-2}\text{R}_{\infty}^{2}\alpha^{-4}\text{m}_\text{P}^{-2}\tau\cdot
2^{4})$ |
$\left[\hbar\cdot
\text{c}^{-3}\text{m}_\text{e}^{-2}\phi\right]$ |
| Hartree |
$FL(\alpha^{2})$ |
$\left[\text{c}^{2}\text{m}_\text{e}\cdot
\text{g}_0^{-1}\right]$ |
| Rydberg |
$L^{-1}(\alpha^{2}\tau^{-1}2^{-1})$ |
$\left[\hbar^{-1}\text{c}\cdot
\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| Bohr radius |
$LA^{-1}(\alpha^{-1})$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\text{g}_0\right]$ |
| electron radius |
$LA^{-1}(\alpha)$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\text{g}_0\right]$ |
| Avogadro |
$N^{-1}(\mu_\text{eu})$ |
$\left[\text{m}_\text{e}^{-1}\text{M}_\text{u}\right]$ |
| Molar gas |
$FLΘ^{-1}N^{-1}(\mu_\text{eu})$ |
$\left[\text{k}_\text{B}\cdot
\text{m}_\text{e}^{-1}\text{M}_\text{u}\right]$ |
| Stefan-Boltzmann |
$FL^{-1}T^{-1}Θ^{-4}(\tau^{2}2^{-4}3^{-1}5^{-1})$ |
$\left[\text{k}_\text{B}^{4}\hbar^{-3}\text{c}^{-2}\phi^{-3}\right]$ |
| radiation density |
$FL^{-2}Θ^{-4}(\tau^{2}2^{-2}3^{-1}5^{-1})$ |
$\left[\text{k}_\text{B}^{4}\hbar^{-3}\text{c}^{-3}\phi^{-3}\right]$ |
| vacuum permittivity |
$F^{-1}L^{-2}Q^{2}R$ |
$\left[\text{c}^{-2}\mu_0^{-1}\alpha_\text{L}^{-2}\right]$ |
| electrostatic |
$FL^{2}Q^{-2}(\tau^{-1}2^{-1})$ |
$\left[\text{c}^{2}\mu_0\cdot \lambda\cdot
\alpha_\text{L}^{2}\right]$ |
| magnetostatic |
$FT^{2}Q^{-2}(\tau^{-1}2^{-1})$ |
$\left[\mu_0\cdot
\lambda\cdot \alpha_\text{L}^{2}\right]$ |
| Biot-Savart |
$FT^{2}Q^{-2}C(\tau^{-1}2^{-1})$ |
$\left[\mu_0\cdot
\lambda\cdot \alpha_\text{L}\right]$ |
| elementary charge |
$Q(\alpha^{1/2}\tau^{1/2}2^{1/2})$ |
$\left[\hbar^{1/2}\text{c}^{-1/2}\mu_0^{-1/2}\phi^{1/2}\lambda^{-1/2}\alpha_\text{L}^{-1}\right]$ |
| Faraday |
$QN^{-1}(\alpha^{1/2}\mu_\text{eu}\cdot
\tau^{1/2}2^{1/2})$ |
$\left[\hbar^{1/2}\text{c}^{-1/2}\mu_0^{-1/2}\text{m}_\text{e}^{-1}\text{M}_\text{u}\cdot
\phi^{1/2}\lambda^{-1/2}\alpha_\text{L}^{-1}\right]$ |
| vacuum impedance |
$FLTQ^{-2}$ |
$\left[\text{c}\cdot \mu_0\cdot \lambda\cdot
\alpha_\text{L}^{2}\right]$ |
| conductance quantum |
$F^{-1}L^{-1}T^{-1}Q^{2}(\alpha\cdot
2^{2})$ |
$\left[\text{c}^{-1}\mu_0^{-1}\lambda^{-1}\alpha_\text{L}^{-2}\right]$ |
| Klitzing |
$FLTQ^{-2}(\alpha^{-1}2^{-1})$ |
$\left[\text{c}\cdot \mu_0\cdot \lambda\cdot
\alpha_\text{L}^{2}\right]$ |
| Josephson |
$F^{-1}L^{-1}T^{-1}QC^{-1}(\alpha^{1/2}\tau^{-1/2}2^{3/2})$ |
$\left[\hbar^{-1/2}\text{c}^{-1/2}\mu_0^{-1/2}\phi^{-1/2}\lambda^{-1/2}\right]$ |
| magnetic flux
quantum |
$FLTQ^{-1}C(\alpha^{-1/2}\tau^{1/2}2^{-3/2})$ |
$\left[\hbar^{1/2}\text{c}^{1/2}\mu_0^{1/2}\phi^{1/2}\lambda^{1/2}\right]$ |
| magneton |
$FM^{-1}LTQA^{-1}C^{-1}(\alpha^{1/2}\tau^{1/2}2^{-1/2})$ |
$\left[\hbar^{3/2}\text{c}^{-1/2}\mu_0^{-1/2}\text{m}_\text{e}^{-1}\phi^{1/2}\lambda^{-1/2}\right]$ |
| Loschmidt |
$L^{-3}(\text{k}_\text{B}^{-1}\text{R}_{\infty}^{-3}\alpha^{6}\text{T}_0^{-1}\text{atm}\cdot
\tau^{-3}2^{-3})$ |
$\left[\hbar^{-3}\text{c}^{3}\text{m}_\text{e}^{3}\phi^{-3}\text{g}_0^{-3}\right]$ |
| mechanical heat |
$FLΘ^{-1}N^{-1}(\text{k}_\text{B}^{-1}\text{N}_\text{A}^{-1}\mu_\text{eu}\cdot
\Omega_\text{it}^{-1}\text{V}_\text{it}^{2}2^{2}3^{2}5\cdot
43^{-1})$ |
$\left[\text{k}_\text{B}\cdot
\text{m}_\text{e}^{-1}\text{M}_\text{u}\right]$ |
| Wien wavelength |
$LΘ/4.965114231744276$ |
$\left[\text{k}_\text{B}^{-1}\hbar\cdot
\text{c}\cdot \phi\right]$ |
| Wien frequency |
$T^{-1}Θ^{-1}2.8214393721220787$ |
$\left[\text{k}_\text{B}\cdot
\hbar^{-1}\phi^{-1}\right]$ |
| Eddington |
$M(\hbar^{-2}\text{c}^{3}\text{R}_{\infty}^{-1}\alpha^{2}\Omega_{\Lambda}^{-1/2}\text{H}_0^{-1}\text{au}\cdot
\text{m}_\text{P}^{2}\tau^{-1/2}2^{8}3^{7/2}5^{6})$ |
$\left[\text{m}_\text{e}\right]$ |
| solar mass |
$M(\hbar^{-2}\text{R}_{\infty}^{-1}\alpha^{2}\text{au}^{3}\text{k}_\text{G}^{2}\text{m}_\text{P}^{2}\tau^{3}2^{-29}3^{-14}5^{-10})$ |
$\left[\text{m}_\text{e}\right]$ |
| Jupiter mass |
$M(\hbar^{-2}\text{R}_{\infty}^{-1}\alpha^{2}\text{m}_\text{P}^{2}\text{GM}_\text{J}\cdot
\tau\cdot 2^{-1})$ |
$\left[\text{m}_\text{e}\right]$ |
| Earth mass |
$M(\hbar^{-2}\text{R}_{\infty}^{-1}\alpha^{2}\text{m}_\text{P}^{2}\text{GM}_\text{E}\cdot
\tau\cdot 2^{-1})$ |
$\left[\text{m}_\text{e}\right]$ |
| g-force |
$FM^{-1}(\text{c}^{-2}\text{R}_{\infty}^{-1}\alpha^{2}\text{g}_0\cdot
\tau^{-1}2^{-1})$ |
$\left[\hbar^{-1}\text{c}^{3}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-2}\right]$ |
| Earth radius |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{g}_0^{-1/2}\text{GM}_\text{E}^{1/2}\tau\cdot
2)$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| great circle |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{g}_0^{-1/2}\text{GM}_\text{E}^{1/2}\tau^{2}2)$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| nautical mile |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{g}_0^{-1/2}\text{GM}_\text{E}^{1/2}\tau^{2}2^{-4}3^{-3}5^{-2})$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| Hubble |
$T^{-1}(\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\text{H}_0\cdot
\text{au}^{-1}2^{-11}3^{-4}5^{-6})$ |
$\left[\hbar^{-1}\text{c}^{2}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| cosmological |
$L^{-2}(\text{c}^{-2}\text{R}_{\infty}^{-2}\alpha^{4}\Omega_{\Lambda}\cdot
\text{H}_0^{2}\text{au}^{-2}2^{-22}3^{-7}5^{-12})$ |
$\left[\hbar^{-2}\text{c}^{2}\text{m}_\text{e}^{2}\phi^{-2}\text{g}_0^{-2}\right]$ |
| Name |
Unified |
Product |
| angstrom |
$L(\text{R}_{\infty}\cdot \alpha^{-2}\tau\cdot
2^{-9}5^{-10})$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| inch |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{ft}\cdot \tau\cdot
2^{-1}3^{-1})$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| foot |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{ft}\cdot \tau\cdot 2)$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| survey foot |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{ft}_\text{US}\cdot \tau\cdot
2)$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| yard |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{ft}\cdot \tau\cdot 2\cdot
3)$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| meter |
$L(\text{R}_{\infty}\cdot \alpha^{-2}\tau\cdot
2)$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| Earth meter |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{g}_0^{-1/2}\text{GM}_\text{E}^{1/2}\tau^{2}2^{-8}5^{-7})$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| mile |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{ft}\cdot \tau\cdot 2^{6}3\cdot 5\cdot
11)$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| statute mile |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{ft}_\text{US}\cdot \tau\cdot
2^{6}3\cdot 5\cdot 11)$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| meridian mile |
$L(\text{R}_{\infty}\cdot \alpha^{-2}\tau\cdot
2^{5}3^{-3}5^{5})$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| admiralty mile |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{ft}\cdot \tau\cdot 2^{7}5\cdot
19)$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| nautical mile |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{g}_0^{-1/2}\text{GM}_\text{E}^{1/2}\tau^{2}2^{-4}3^{-3}5^{-2})$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| lunar distance |
$L14237$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| astronomical unit |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{au}\cdot \tau\cdot 2)$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| Jupiter distance |
$L259493$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| light-year |
$L(\text{c}\cdot
\text{R}_{\infty}\cdot
\alpha^{-2}\text{a}_\text{j}\cdot \tau\cdot
2^{8}3^{3}5^{2})$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| parsec |
$L(\text{R}_{\infty}\cdot
\alpha^{-2}\text{au}\cdot 2^{8}3^{4}5^{3})$ |
$\left[\hbar\cdot
\text{c}^{-1}\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| Name |
Unified |
Product |
| lumen |
$J(\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-2}\alpha^{4}\tau^{-1}2^{-2})$ |
$\left[\hbar^{-1}\text{c}^{4}\text{m}_\text{e}^{2}\text{K}_\text{cd}\cdot
\phi^{-1}\text{g}_0^{-2}\right]$ |
| candela |
$JA^{-2}(\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-2}\alpha^{4}\tau^{-1}2^{-2})$ |
$\left[\hbar^{-1}\text{c}^{4}\text{m}_\text{e}^{2}\text{K}_\text{cd}\cdot
\phi^{-3}\text{g}_0^{-2}\right]$ |
| lux |
$L^{-2}J(\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\tau^{-3}2^{-4})$ |
$\left[\hbar^{-3}\text{c}^{6}\text{m}_\text{e}^{4}\text{K}_\text{cd}\cdot
\phi^{-3}\text{g}_0^{-4}\right]$ |
| phot |
$L^{-2}J(\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\tau^{-3}5^{4})$ |
$\left[\hbar^{-3}\text{c}^{6}\text{m}_\text{e}^{4}\text{K}_\text{cd}\cdot
\phi^{-3}\text{g}_0^{-4}\right]$ |
| foot-candle |
$L^{-2}J(\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\text{ft}^{-2}\tau^{-3}2^{-4})$ |
$\left[\hbar^{-3}\text{c}^{6}\text{m}_\text{e}^{4}\text{K}_\text{cd}\cdot
\phi^{-3}\text{g}_0^{-4}\right]$ |
| nit |
$L^{-2}JA^{-2}(\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\tau^{-3}2^{-4})$ |
$\left[\hbar^{-3}\text{c}^{6}\text{m}_\text{e}^{4}\text{K}_\text{cd}\cdot
\phi^{-5}\text{g}_0^{-4}\right]$ |
| apostilb |
$L^{-2}JA^{-2}(\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\tau^{-4}2^{-3})$ |
$\left[\hbar^{-3}\text{c}^{6}\text{m}_\text{e}^{4}\text{K}_\text{cd}\cdot
\phi^{-5}\text{g}_0^{-4}\right]$ |
| stilb |
$L^{-2}JA^{-2}(\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\tau^{-3}5^{4})$ |
$\left[\hbar^{-3}\text{c}^{6}\text{m}_\text{e}^{4}\text{K}_\text{cd}\cdot
\phi^{-5}\text{g}_0^{-4}\right]$ |
| lambert |
$L^{-2}JA^{-2}(\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\tau^{-4}2\cdot
5^{4})$ |
$\left[\hbar^{-3}\text{c}^{6}\text{m}_\text{e}^{4}\text{K}_\text{cd}\cdot
\phi^{-5}\text{g}_0^{-4}\right]$ |
| foot-lambert |
$L^{-2}JA^{-2}(\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\text{ft}^{-2}\tau^{-4}2^{-3})$ |
$\left[\hbar^{-3}\text{c}^{6}\text{m}_\text{e}^{4}\text{K}_\text{cd}\cdot
\phi^{-5}\text{g}_0^{-4}\right]$ |
| bril |
$L^{-2}JA^{-2}(\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\tau^{-4}2^{-10}5^{-7})$ |
$\left[\hbar^{-3}\text{c}^{6}\text{m}_\text{e}^{4}\text{K}_\text{cd}\cdot
\phi^{-5}\text{g}_0^{-4}\right]$ |
| talbot |
$TJ(\hbar^{-1}\text{c}^{-1}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}2^{-1})$ |
$\left[\text{c}^{2}\text{m}_\text{e}\cdot
\text{K}_\text{cd}\cdot
\text{g}_0^{-1}\right]$ |
| lumerg |
$TJ(\hbar^{-1}\text{c}^{-1}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}2^{-8}5^{-7})$ |
$\left[\text{c}^{2}\text{m}_\text{e}\cdot
\text{K}_\text{cd}\cdot
\text{g}_0^{-1}\right]$ |
| Name |
Unified |
Product |
| hertz |
$T^{-1}(\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\tau^{-1}2^{-1})$ |
$\left[\hbar^{-1}\text{c}^{2}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| actions per minute |
$T^{-1}(\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\tau^{-1}2^{-3}3^{-1}5^{-1})$ |
$\left[\hbar^{-1}\text{c}^{2}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| revolutions per
minute |
$T^{-1}A(\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}2^{-3}3^{-1}5^{-1})$ |
$\left[\hbar^{-1}\text{c}^{2}\text{m}_\text{e}\cdot
\text{g}_0^{-1}\right]$ |
| kayser |
$L^{-1}(\text{R}_{\infty}^{-1}\alpha^{2}\tau^{-1}2\cdot
5^{2})$ |
$\left[\hbar^{-1}\text{c}\cdot
\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| diopter |
$L^{-1}A(\text{R}_{\infty}^{-1}\alpha^{2}\tau^{-1}2^{-1})$ |
$\left[\hbar^{-1}\text{c}\cdot
\text{m}_\text{e}\cdot
\text{g}_0^{-1}\right]$ |
| rayleigh |
$L^{-2}T(\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\tau^{-1}2^{9}5^{10})$ |
$\left[\hbar^{-1}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| flick |
$FL^{-2}T^{-1}A^{-2}(\hbar^{-1}\text{c}^{-2}\text{R}_{\infty}^{-5}\alpha^{10}\tau^{-4}2^{5}5^{10})$ |
$\left[\hbar^{-4}\text{c}^{7}\text{m}_\text{e}^{5}\phi^{-6}\text{g}_0^{-5}\right]$ |
| g-force |
$FM^{-1}(\text{c}^{-2}\text{R}_{\infty}^{-1}\alpha^{2}\text{g}_0\cdot
\tau^{-1}2^{-1})$ |
$\left[\hbar^{-1}\text{c}^{3}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-2}\right]$ |
| galileo |
$FM^{-1}(\text{c}^{-2}\text{R}_{\infty}^{-1}\alpha^{2}\tau^{-1}2^{-3}5^{-2})$ |
$\left[\hbar^{-1}\text{c}^{3}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-2}\right]$ |
| eotvos |
$FM^{-1}L^{-1}(\text{c}^{-2}\text{R}_{\infty}^{-2}\alpha^{4}\tau^{-2}2^{-11}5^{-9})$ |
$\left[\hbar^{-2}\text{c}^{4}\text{m}_\text{e}^{2}\phi^{-2}\text{g}_0^{-3}\right]$ |
| darcy |
$L^{2}(\text{R}_{\infty}^{2}\alpha^{-4}\text{atm}^{-1}\tau^{2}2^{-5}5^{-7})$ |
$\left[\hbar^{2}\text{c}^{-2}\text{m}_\text{e}^{-2}\phi^{2}\text{g}_0^{2}\right]$ |
| poise |
$FL^{-2}T(\hbar^{-1}\text{R}_{\infty}^{-3}\alpha^{6}\tau^{-2}2^{-4}5^{-1})$ |
$\left[\hbar^{-2}\text{c}^{3}\text{m}_\text{e}^{3}\phi^{-2}\text{g}_0^{-3}\right]$ |
| reyn |
$FL^{-2}T(\hbar^{-1}\text{R}_{\infty}^{-3}\alpha^{6}\text{g}_0\cdot
\text{ft}^{-2}\text{lb}\cdot \tau^{-2}2\cdot
3^{2})$ |
$\left[\hbar^{-2}\text{c}^{3}\text{m}_\text{e}^{3}\phi^{-2}\text{g}_0^{-3}\right]$ |
| stokes |
$L^{2}T^{-1}(\text{c}^{-1}\text{R}_{\infty}\cdot
\alpha^{-2}\tau\cdot 2^{-3}5^{-4})$ |
$\left[\hbar\cdot
\text{m}_\text{e}^{-1}\phi\cdot
\text{g}_0\right]$ |
| rayl |
$FL^{-3}T(\hbar^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\tau^{-3}2^{-4})$ |
$\left[\hbar^{-3}\text{c}^{4}\text{m}_\text{e}^{4}\phi^{-3}\text{g}_0^{-4}\right]$ |
| mpg equivalent |
$F^{-1}(\hbar\cdot
\text{c}\cdot
\text{R}_{\infty}^{2}\alpha^{-4}\text{ft}\cdot
\text{lb}^{-1}\Omega_\text{it}\cdot
\text{V}_\text{it}^{-2}\tau\cdot 2^{-2}5^{-7}11\cdot
19^{-1}43)$ |
$\left[\hbar\cdot
\text{c}^{-3}\text{m}_\text{e}^{-2}\phi\cdot
\text{g}_0^{2}\right]$ |
| langley |
$FL^{-1}(\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-3}\alpha^{6}\Omega_\text{it}^{-1}\text{V}_\text{it}^{2}\tau^{-2}2^{3}3^{2}5^{5}43^{-1})$ |
$\left[\hbar^{-2}\text{c}^{4}\text{m}_\text{e}^{3}\phi^{-2}\text{g}_0^{-3}\right]$ |
| jansky |
$FL^{-1}(\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-3}\alpha^{6}\tau^{-2}2^{-29}5^{-26})$ |
$\left[\hbar^{-2}\text{c}^{4}\text{m}_\text{e}^{3}\phi^{-2}\text{g}_0^{-3}\right]$ |
| solar flux |
$FL^{-1}(\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-3}\alpha^{6}\tau^{-2}2^{-25}5^{-22})$ |
$\left[\hbar^{-2}\text{c}^{4}\text{m}_\text{e}^{3}\phi^{-2}\text{g}_0^{-3}\right]$ |
| curie |
$T^{-1}37$ |
$\left[\hbar^{-1}\text{c}^{2}\text{m}_\text{e}\cdot
\phi^{-1}\text{g}_0^{-1}\right]$ |
| gray |
$FM^{-1}L(\text{c}^{-2})$ |
$\left[\text{c}^{2}\text{g}_0^{-1}\right]$ |
| roentgen |
$M^{-1}Q/1.293$ |
$\left[\hbar^{1/2}\text{c}^{-1/2}\mu_0^{-1/2}\text{m}_\text{e}^{-1}\phi^{1/2}\lambda^{-1/2}\alpha_\text{L}^{-1}\right]$ |
