$ \text{F}=M^{2}, \text{M}, \text{L}=M^{-1},
\text{T}=M^{-1}, \text{Q}, \Theta=M, \text{N}=M,
\text{J}=M^{2}, \text{A}=\mathbb{1}, \text{R}=\mathbb{1},
\text{C}=\mathbb{1} $
| Name |
QCDGauss |
Product |
| hyperfine transition |
$6.4487692037(20)
\times 10^{-15}$
$\left[\text{m}_\text{p}\right]$ |
$\text{c}^{-1}\Delta\nu_\text{Cs}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\tau^{-1}2^{-1}$ |
| light speed |
$1.0$
$\left[\mathbb{1}\right]$ |
$1$ |
| Planck |
$6.283185307179586$
$\left[\mathbb{1}\right]$ |
$\tau$ |
| Planck reduced |
$1.0$
$\left[\mathbb{1}\right]$ |
$1$ |
| electron mass |
$0.000544617021487(33)$
$\left[\text{m}_\text{p}\right]$ |
$\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}$ |
| molar mass |
$1.0$
$\left[\mathbb{1}\right]$ |
$1$ |
| Boltzmann |
$1.0$
$\left[\mathbb{1}\right]$ |
$1$ |
| vacuum permeability |
$12.566370614359172$
$\left[\text{e}_\text{n}^{-2}\right]$ |
$\tau\cdot
2$ |
| rationalization |
$1.0$
$\left[\mathbb{1}\right]$ |
$1$ |
| Lorentz |
$1.0$
$\left[\mathbb{1}\right]$ |
$1$ |
| luminous efficacy |
$1.0$
$\left[\mathbb{1}\right]$ |
$1$ |
| gravity |
$1.0$
$\left[\mathbb{1}\right]$ |
$1$ |
| radian |
$1.0$
$\left[\mathbb{1}\right]$ |
$1$ |
| turn |
$6.283185307179586$
$\left[\mathbb{1}\right]$ |
$\tau$ |
| spat |
$12.566370614359172$
$\left[\mathbb{1}\right]$ |
$\tau\cdot
2$ |
| Dalton |
$0.992776097862(52)$
$\left[\text{m}_\text{p}\right]$ |
$\mu_\text{pu}^{-1}$ |
| proton mass |
$1.0$
$\left[\text{m}_\text{p}\right]$ |
$1$ |
| Planck mass |
$1.301211(14) \times
10^{19}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{m}_\text{P}\cdot
2^{-1}$ |
| Newton gravitation |
$5.90615(13) \times
10^{-39}$
$\left[\text{m}_\text{p}^{-2}\right]$ |
$\hbar^{2}\text{c}^{-2}\text{R}_{\infty}^{2}\alpha^{-4}\mu_\text{eu}^{-2}\mu_\text{pu}^{2}\text{m}_\text{P}^{-2}2^{2}$ |
| Gauss gravitation |
$1.39670494144(44)
\times 10^{-31}$
$\left[\text{m}_\text{p}\right]$ |
$\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{k}_\text{G}\cdot
2^{-15}3^{-7}5^{-5}$ |
| Einstein gravitation |
$1.484378(33) \times
10^{-37}$
$\left[\text{m}_\text{p}^{-2}\right]$ |
$\hbar^{2}\text{c}^{-2}\text{R}_{\infty}^{2}\alpha^{-4}\mu_\text{eu}^{-2}\mu_\text{pu}^{2}\text{m}_\text{P}^{-2}\tau\cdot
2^{4}$ |
| Hartree |
$2.90015940891(91)
\times 10^{-8}$
$\left[\text{m}_\text{p}\right]$ |
$\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}$ |
| Rydberg |
$2.30787352841(72)
\times 10^{-9}$
$\left[\text{m}_\text{p}\right]$ |
$\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\tau^{-1}2^{-1}$ |
| Bohr radius |
$251619.016075(41)$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\alpha^{-1}\mu_\text{eu}^{-1}\mu_\text{pu}$ |
| electron radius |
$13.3990534291(22)$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\alpha\cdot
\mu_\text{eu}^{-1}\mu_\text{pu}$ |
| Avogadro |
$1.007276466621(53)$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\mu_\text{pu}$ |
| Molar gas |
$1.007276466621(53)$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\mu_\text{pu}$ |
| Stefan-Boltzmann |
$0.16449340668482262$
$\left[\mathbb{1}\right]$ |
$\tau^{2}2^{-4}3^{-1}5^{-1}$ |
| radiation density |
$0.6579736267392905$
$\left[\mathbb{1}\right]$ |
$\tau^{2}2^{-2}3^{-1}5^{-1}$ |
| vacuum permittivity |
$0.07957747154594767$
$\left[\text{e}_\text{n}^{2}\right]$ |
$\tau^{-1}2^{-1}$ |
| electrostatic |
$1.0$
$\left[\text{e}_\text{n}^{-2}\right]$ |
$1$ |
| magnetostatic |
$1.0$
$\left[\text{e}_\text{n}^{-2}\right]$ |
$1$ |
| Biot-Savart |
$1.0$
$\left[\text{e}_\text{n}^{-2}\right]$ |
$1$ |
| elementary charge |
$0.0854245431318(65)$
$\left[\text{e}_\text{n}\right]$ |
$\alpha^{1/2}$ |
| Faraday |
$0.0860461319686(80)$
$\left[\text{m}_\text{p}^{-1}\text{e}_\text{n}\right]$ |
$\alpha^{1/2}\mu_\text{pu}$ |
| vacuum impedance |
$12.566370614359172$
$\left[\text{e}_\text{n}^{-2}\right]$ |
$\tau\cdot
2$ |
| conductance quantum |
$0.00232281946577(36)$
$\left[\text{e}_\text{n}^{2}\right]$ |
$\alpha\cdot
\tau^{-1}2$ |
| Klitzing |
$861.02257600(13)$
$\left[\text{e}_\text{n}^{-2}\right]$ |
$\alpha^{-1}\tau$ |
| Josephson |
$0.0271914766016(21)$
$\left[\text{e}_\text{n}\right]$ |
$\alpha^{1/2}\tau^{-1}2$ |
| magnetic flux
quantum |
$36.7762300905(28)$
$\left[\text{e}_\text{n}^{-1}\right]$ |
$\alpha^{-1/2}\tau\cdot 2^{-1}$ |
| magneton |
$78.4262516241(76)$
$\left[\text{m}_\text{p}^{-1}\text{e}_\text{n}\right]$ |
$\alpha^{1/2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
2^{-1}$ |
| Loschmidt |
$2.4992237798(23)
\times 10^{-22}$
$\left[\text{m}_\text{p}^{3}\right]$ |
$\text{k}_\text{B}^{-1}\text{R}_{\infty}^{-3}\alpha^{6}\mu_\text{eu}^{3}\mu_\text{pu}^{-3}\text{T}_0^{-1}\text{atm}\cdot
\tau^{-3}2^{-3}$ |
| mechanical heat |
$0.507212813536(27)$
$\left[\text{m}_\text{p}\right]$ |
$\text{k}_\text{B}^{-1}\text{N}_\text{A}^{-1}\mu_\text{pu}\cdot
\Omega_\text{it}^{-1}\text{V}_\text{it}^{2}2^{2}3^{2}5\cdot
43^{-1}$ |
| Wien wavelength |
$1.2654664150541133$
$\left[\mathbb{1}\right]$ |
$\tau/4.965114231744276$ |
| Wien frequency |
$0.44904602270732236$
$\left[\mathbb{1}\right]$ |
$\tau^{-1}2.8214393721220787$ |
| Sackur-Tetrode |
$-1.1648705244(12)$
$\left[\mathbb{1}\right]$ |
|
| Eddington |
$1.527(11) \times
10^{79}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-2}\text{c}^{3}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\Omega_{\Lambda}^{-1/2}\text{H}_0^{-1}\text{au}\cdot
\text{m}_\text{P}^{2}\tau^{-1/2}2^{8}3^{7/2}5^{6}$ |
| solar mass |
$1.188798(26) \times
10^{57}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-2}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{au}^{3}\text{k}_\text{G}^{2}\text{m}_\text{P}^{2}\tau^{3}2^{-29}3^{-14}5^{-10}$ |
| Jupiter mass |
$1.134820(25) \times
10^{54}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-2}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{m}_\text{P}^{2}\text{GM}_\text{J}\cdot
\tau\cdot 2^{-1}$ |
| Earth mass |
$3.570542(79) \times
10^{51}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-2}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{m}_\text{P}^{2}\text{GM}_\text{E}\cdot
\tau\cdot 2^{-1}$ |
| g-force |
$2.29475826602(72)
\times 10^{-32}$
$\left[\text{m}_\text{p}\right]$ |
$\text{c}^{-2}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{g}_0\cdot
\tau^{-1}2^{-1}$ |
| Earth radius |
$3.0314532625(32)
\times 10^{22}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{g}_0^{-1/2}\text{GM}_\text{E}^{1/2}\tau\cdot
2$ |
| great circle |
$1.9047182598(20)
\times 10^{23}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{g}_0^{-1/2}\text{GM}_\text{E}^{1/2}\tau^{2}2$ |
| nautical mile |
$8.8181400918(93)
\times 10^{18}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{g}_0^{-1/2}\text{GM}_\text{E}^{1/2}\tau^{2}2^{-4}3^{-3}5^{-2}$ |
| Hubble |
$1.5382(95) \times
10^{-42}$
$\left[\text{m}_\text{p}\right]$ |
$\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{H}_0\cdot
\text{au}^{-1}2^{-11}3^{-4}5^{-6}$ |
| cosmological |
$4.890(73) \times
10^{-84}$
$\left[\text{m}_\text{p}^{2}\right]$ |
$\text{c}^{-2}\text{R}_{\infty}^{-2}\alpha^{4}\mu_\text{eu}^{2}\mu_\text{pu}^{-2}\Omega_{\Lambda}\cdot
\text{H}_0^{2}\text{au}^{-2}2^{-22}3^{-7}5^{-12}$ |
| Name |
QCDGauss |
Product |
| angstrom |
$475491.02813(15)$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\tau\cdot 2^{-9}5^{-10}$ |
| inch |
$1.20774721145(38)
\times 10^{14}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{ft}\cdot \tau\cdot 2^{-1}3^{-1}$ |
| foot |
$1.44929665374(45)
\times 10^{15}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{ft}\cdot \tau\cdot 2$ |
| survey foot |
$1.44929955234(45)
\times 10^{15}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{ft}_\text{US}\cdot \tau\cdot 2$ |
| yard |
$4.3478899612(14)
\times 10^{15}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{ft}\cdot \tau\cdot 2\cdot 3$ |
| meter |
$4.7549102813(15)
\times 10^{15}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\tau\cdot 2$ |
| Earth meter |
$4.7617956496(50)
\times 10^{15}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{g}_0^{-1/2}\text{GM}_\text{E}^{1/2}\tau^{2}2^{-8}5^{-7}$ |
| mile |
$7.6522863317(24)
\times 10^{18}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{ft}\cdot \tau\cdot 2^{6}3\cdot 5\cdot
11$ |
| statute mile |
$7.6523016363(24)
\times 10^{18}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{ft}_\text{US}\cdot \tau\cdot 2^{6}3\cdot 5\cdot
11$ |
| meridian mile |
$8.8053894098(28)
\times 10^{18}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\tau\cdot 2^{5}3^{-3}5^{5}$ |
| admiralty mile |
$8.8117236547(28)
\times 10^{18}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{ft}\cdot \tau\cdot 2^{7}5\cdot 19$ |
| nautical mile |
$8.8181400918(93)
\times 10^{18}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{g}_0^{-1/2}\text{GM}_\text{E}^{1/2}\tau^{2}2^{-4}3^{-3}5^{-2}$ |
| lunar distance |
$1.82778275722(57)
\times 10^{24}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\tau\cdot 2^{4}3^{3}5^{3}14237$ |
| astronomical unit |
$7.1132445345(22)
\times 10^{26}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{au}\cdot \tau\cdot 2$ |
| Jupiter distance |
$3.7015978009(12)
\times 10^{27}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\tau\cdot 2^{7}3\cdot 5^{6}259493$ |
| light-year |
$4.4984924593(14)
\times 10^{31}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{c}\cdot
\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{a}_\text{j}\cdot \tau\cdot
2^{8}3^{3}5^{2}$ |
| parsec |
$1.46721200570(46)
\times 10^{32}$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\text{au}\cdot 2^{8}3^{4}5^{3}$ |
| Name |
QCDGauss |
Product |
| gram |
$5.9786374065(19)
\times 10^{23}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}2^{-4}5^{-3}$ |
| Earth gram |
$6.004647209(18)
\times 10^{23}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{g}_0^{-3/2}\text{GM}_\text{E}^{3/2}\tau^{3}2^{-31}5^{-24}$ |
| kilogram |
$5.9786374065(19)
\times 10^{26}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}2^{-1}$ |
| tonne |
$5.9786374065(19)
\times 10^{29}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}2^{2}5^{3}$ |
| ton |
$5.4237286212(17)
\times 10^{29}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{lb}\cdot
2^{3}5^{3}$ |
| pound (mass) |
$2.71186431060(85)
\times 10^{26}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{lb}\cdot 2^{-1}$ |
| ounce |
$1.69491519413(53)
\times 10^{25}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{lb}\cdot 2^{-5}$ |
| grain |
$3.8740918723(12)
\times 10^{22}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{lb}\cdot
2^{-4}5^{-3}7^{-1}$ |
| slug |
$8.7251654008(27)
\times 10^{27}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{g}_0\cdot
\text{ft}^{-1}\text{lb}\cdot 2^{-1}$ |
| slinch |
$1.04701984809(33)
\times 10^{29}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{g}_0\cdot
\text{ft}^{-1}\text{lb}\cdot 2\cdot 3$ |
| hyl |
$5.8630404523(18)
\times 10^{27}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{g}_0\cdot 2^{-1}$ |
| Name |
QCDGauss |
Product |
| pounds per square
inch |
$4.2663139547(53)
\times 10^{-34}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\text{g}_0\cdot
\text{ft}^{-2}\text{lb}\cdot
\tau^{-3}3^{2}$ |
| pascal |
$6.1877652444(77)
\times 10^{-38}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\tau^{-3}2^{-4}$ |
| barye |
$6.1877652444(77)
\times 10^{-39}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\tau^{-3}2^{-5}5^{-1}$ |
| bar |
$6.1877652444(77)
\times 10^{-33}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\tau^{-3}2\cdot
5^{5}$ |
| technical atmosphere |
$6.0681248034(76)
\times 10^{-33}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\text{g}_0\cdot
\tau^{-3}5^{4}$ |
| atmosphere |
$6.2697531339(78)
\times 10^{-33}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\text{atm}\cdot
\tau^{-3}2^{-4}$ |
| inch mercury |
$2.0954180158(26)
\times 10^{-34}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\text{in}_\text{Hg}^{-1}\tau^{-3}2^{-4}$ |
| torr |
$8.249675176(10)
\times 10^{-36}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\text{atm}\cdot
\tau^{-3}2^{-7}5^{-1}19^{-1}$ |
| Name |
QCDGauss |
Product |
| erg |
$665.21312455(21)$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}2^{-8}5^{-7}$ |
| joule |
$6.6521312455(21)
\times 10^{9}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}2^{-1}$ |
| foot-pound |
$9.0190789373(28)
\times 10^{9}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{g}_0\cdot \text{ft}\cdot
\text{lb}\cdot 2^{-1}$ |
| calorie |
$2.78507261645(87)
\times 10^{10}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\Omega_\text{it}^{-1}\text{V}_\text{it}^{2}2\cdot
3^{2}5\cdot 43^{-1}$ |
| kilocalorie |
$2.78507261645(87)
\times 10^{13}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\Omega_\text{it}^{-1}\text{V}_\text{it}^{2}2^{4}3^{2}5^{4}43^{-1}$ |
| mean calorie |
$2.78514221863(87)
\times 10^{10}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}2\cdot 3^{2}5\cdot
43^{-1}1.0001900224889804$ |
| Earth calorie |
$2.7971889538(85)
\times 10^{10}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{g}_0^{-3/2}\Omega_\text{it}^{-1}\text{V}_\text{it}^{2}\text{GM}_\text{E}^{3/2}\tau^{3}2^{-26}3^{2}5^{-20}43^{-1}$ |
| thermal unit |
$7.0182649373(22)
\times 10^{12}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{lb}\cdot
\Omega_\text{it}^{-1}\text{V}_\text{it}^{2}2^{4}5^{5}43^{-1}$ |
| gas gallon |
$8.0008220285(25)
\times 10^{17}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{lb}\cdot
\Omega_\text{it}^{-1}\text{V}_\text{it}^{2}2^{8}3\cdot
5^{8}19\cdot 43^{-1}$ |
| ton TNT |
$2.78507261645(87)
\times 10^{19}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\Omega_\text{it}^{-1}\text{V}_\text{it}^{2}2^{10}3^{2}5^{10}43^{-1}$ |
| electronvolt |
$1.06578892479(33)
\times 10^{-9}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{e}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}2^{-1}$ |
| Name |
QCDGauss |
Product |
| Kelvin |
$9.18425834883(48)
\times 10^{-14}$
$\left[\text{m}_\text{p}\right]$ |
$\text{k}_\text{B}\cdot \text{N}_\text{A}\cdot
\text{c}^{-2}\mu_\text{pu}^{-1}2^{3}5^{3}$ |
| Rankine |
$5.10236574935(27)
\times 10^{-14}$
$\left[\text{m}_\text{p}\right]$ |
$\text{k}_\text{B}\cdot \text{N}_\text{A}\cdot
\text{c}^{-2}\mu_\text{pu}^{-1}2^{3}3^{-2}5^{4}$ |
| Celsius |
$2.50868016798(13)
\times 10^{-11}$
$\left[\text{m}_\text{p}\right]$ |
$\text{k}_\text{B}\cdot \text{N}_\text{A}\cdot
\text{c}^{-2}\mu_\text{pu}^{-1}\text{T}_0\cdot
2^{3}5^{3}$ |
| Fahrenheit |
$2.34540446400(12)
\times 10^{-11}$
$\left[\text{m}_\text{p}\right]$ |
$\text{k}_\text{B}\cdot \text{N}_\text{A}\cdot
\text{c}^{-2}\mu_\text{pu}^{-1}2^{3}3^{-2}5^{4}459.67$ |
| sea level |
$2.64644404322(14)
\times 10^{-11}$
$\left[\text{m}_\text{p}\right]$ |
$\text{k}_\text{B}\cdot \text{N}_\text{A}\cdot
\text{c}^{-2}\mu_\text{pu}^{-1}2^{3}5^{3}288.15$ |
| boiling |
$3.42695813631(18)
\times 10^{-11}$
$\left[\text{m}_\text{p}\right]$ |
$\text{k}_\text{B}\cdot \text{N}_\text{A}\cdot
\text{c}^{-2}\mu_\text{pu}^{-1}2^{3}5^{3}373.1339$ |
| mole |
$5.9786374065(19)
\times 10^{23}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}2^{-4}5^{-3}$ |
| Earth-mole |
$6.004647209(18)
\times 10^{23}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{g}_0^{-3/2}\text{GM}_\text{E}^{3/2}\tau^{3}2^{-31}5^{-24}$ |
| pound-mole |
$2.71186431060(85)
\times 10^{26}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{lb}\cdot 2^{-1}$ |
| slug-mole |
$8.7251654008(27)
\times 10^{27}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{g}_0\cdot
\text{ft}^{-1}\text{lb}\cdot 2^{-1}$ |
| slinch-mole |
$1.04701984809(33)
\times 10^{29}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{g}_0\cdot
\text{ft}^{-1}\text{lb}\cdot 2\cdot 3$ |
| katal |
$0.41941039032(26)$
$\left[\text{m}_\text{p}^{2}\right]$ |
$\hbar^{-1}\text{R}_{\infty}^{-2}\alpha^{4}\mu_\text{eu}^{2}\mu_\text{pu}^{-2}\tau^{-1}2^{-5}5^{-3}$ |
| amagat |
$2.4811696318(24)
\times 10^{-22}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\text{k}_\text{B}^{-1}\text{R}_{\infty}^{-3}\alpha^{6}\mu_\text{eu}^{3}\mu_\text{pu}^{-4}\text{T}_0^{-1}\text{atm}\cdot
\tau^{-3}2^{-3}$ |
| Name |
QCDGauss |
Product |
| lumen |
$6.8322626869(43)
\times 10^{-18}$
$\left[\text{m}_\text{p}^{2}\right]$ |
$\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-2}\alpha^{4}\mu_\text{eu}^{2}\mu_\text{pu}^{-2}\tau^{-1}2^{-2}$ |
| candela |
$6.8322626869(43)
\times 10^{-18}$
$\left[\text{m}_\text{p}^{2}\right]$ |
$\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-2}\alpha^{4}\mu_\text{eu}^{2}\mu_\text{pu}^{-2}\tau^{-1}2^{-2}$ |
| lux |
$3.0218987022(38)
\times 10^{-49}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\tau^{-3}2^{-4}$ |
| phot |
$3.0218987022(38)
\times 10^{-45}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\tau^{-3}5^{4}$ |
| foot-candle |
$3.2527446919(41)
\times 10^{-48}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\text{ft}^{-2}\tau^{-3}2^{-4}$ |
| nit |
$3.0218987022(38)
\times 10^{-49}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\tau^{-3}2^{-4}$ |
| apostilb |
$9.619002320(12)
\times 10^{-50}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\tau^{-4}2^{-3}$ |
| stilb |
$3.0218987022(38)
\times 10^{-45}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\tau^{-3}5^{4}$ |
| lambert |
$9.619002320(12)
\times 10^{-46}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\tau^{-4}2\cdot
5^{4}$ |
| foot-lambert |
$1.0353807927(13)
\times 10^{-48}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\text{ft}^{-2}\tau^{-4}2^{-3}$ |
| bril |
$9.619002320(12)
\times 10^{-57}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{c}^{-2}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\tau^{-4}2^{-10}5^{-7}$ |
| talbot |
$9.7392964537(30)
\times 10^{6}$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}2^{-1}$ |
| lumerg |
$0.97392964537(30)$
$\left[\text{m}_\text{p}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{K}_\text{cd}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}2^{-8}5^{-7}$ |
| Name |
QCDGauss |
Product |
| hertz |
$7.0151501388(22)
\times 10^{-25}$
$\left[\text{m}_\text{p}\right]$ |
$\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\tau^{-1}2^{-1}$ |
| actions per minute |
$1.16919168980(37)
\times 10^{-26}$
$\left[\text{m}_\text{p}\right]$ |
$\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\tau^{-1}2^{-3}3^{-1}5^{-1}$ |
| revolutions per
minute |
$7.3462480466(23)
\times 10^{-26}$
$\left[\text{m}_\text{p}\right]$ |
$\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}2^{-3}3^{-1}5^{-1}$ |
| kayser |
$2.10308910335(66)
\times 10^{-14}$
$\left[\text{m}_\text{p}\right]$ |
$\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\tau^{-1}2\cdot 5^{2}$ |
| diopter |
$2.10308910335(66)
\times 10^{-16}$
$\left[\text{m}_\text{p}\right]$ |
$\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\tau^{-1}2^{-1}$ |
| rayleigh |
$630.490251690(20)$
$\left[\text{m}_\text{p}\right]$ |
$\text{c}\cdot
\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\tau^{-1}2^{9}5^{10}$ |
| flick |
$4.3408102213(68)
\times 10^{-52}$
$\left[\text{m}_\text{p}^{5}\right]$ |
$\hbar^{-1}\text{c}^{-2}\text{R}_{\infty}^{-5}\alpha^{10}\mu_\text{eu}^{5}\mu_\text{pu}^{-5}\tau^{-4}2^{5}5^{10}$ |
| g-force |
$2.29475826602(72)
\times 10^{-32}$
$\left[\text{m}_\text{p}\right]$ |
$\text{c}^{-2}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\text{g}_0\cdot
\tau^{-1}2^{-1}$ |
| galileo |
$2.34000220873(73)
\times 10^{-35}$
$\left[\text{m}_\text{p}\right]$ |
$\text{c}^{-2}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\tau^{-1}2^{-3}5^{-2}$ |
| eotvos |
$4.9212331470(31)
\times 10^{-58}$
$\left[\text{m}_\text{p}^{2}\right]$ |
$\text{c}^{-2}\text{R}_{\infty}^{-2}\alpha^{4}\mu_\text{eu}^{2}\mu_\text{pu}^{-2}\tau^{-2}2^{-11}5^{-9}$ |
| darcy |
$2.2313517674(14)
\times 10^{19}$
$\left[\text{m}_\text{p}^{-2}\right]$ |
$\text{R}_{\infty}^{2}\alpha^{-4}\mu_\text{eu}^{-2}\mu_\text{pu}^{2}\text{atm}^{-1}\tau^{2}2^{-5}5^{-7}$ |
| poise |
$8.8205742172(83)
\times 10^{-15}$
$\left[\text{m}_\text{p}^{3}\right]$ |
$\hbar^{-1}\text{R}_{\infty}^{-3}\alpha^{6}\mu_\text{eu}^{3}\mu_\text{pu}^{-3}\tau^{-2}2^{-4}5^{-1}$ |
| reyn |
$6.0815718414(57)
\times 10^{-10}$
$\left[\text{m}_\text{p}^{3}\right]$ |
$\hbar^{-1}\text{R}_{\infty}^{-3}\alpha^{6}\mu_\text{eu}^{3}\mu_\text{pu}^{-3}\text{g}_0\cdot
\text{ft}^{-2}\text{lb}\cdot \tau^{-2}2\cdot
3^{2}$ |
| stokes |
$1586.06734573(50)$
$\left[\text{m}_\text{p}^{-1}\right]$ |
$\text{c}^{-1}\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\tau\cdot 2^{-3}5^{-4}$ |
| rayl |
$1.8550453522(23)
\times 10^{-29}$
$\left[\text{m}_\text{p}^{4}\right]$ |
$\hbar^{-1}\text{R}_{\infty}^{-4}\alpha^{8}\mu_\text{eu}^{4}\mu_\text{pu}^{-4}\tau^{-3}2^{-4}$ |
| mpg equivalent |
$9.5643751410(60)$
$\left[\text{m}_\text{p}^{-2}\right]$ |
$\hbar\cdot
\text{c}\cdot
\text{R}_{\infty}^{2}\alpha^{-4}\mu_\text{eu}^{-2}\mu_\text{pu}^{2}\text{ft}\cdot
\text{lb}^{-1}\Omega_\text{it}\cdot
\text{V}_\text{it}^{-2}\tau\cdot 2^{-2}5^{-7}11\cdot
19^{-1}43$ |
| langley |
$1.2318330999(12)
\times 10^{-17}$
$\left[\text{m}_\text{p}^{3}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-3}\alpha^{6}\mu_\text{eu}^{3}\mu_\text{pu}^{-3}\Omega_\text{it}^{-1}\text{V}_\text{it}^{2}\tau^{-2}2^{3}3^{2}5^{5}43^{-1}$ |
| jansky |
$2.9422268579(28)
\times 10^{-48}$
$\left[\text{m}_\text{p}^{3}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-3}\alpha^{6}\mu_\text{eu}^{3}\mu_\text{pu}^{-3}\tau^{-2}2^{-29}5^{-26}$ |
| solar flux |
$2.9422268579(28)
\times 10^{-44}$
$\left[\text{m}_\text{p}^{3}\right]$ |
$\hbar^{-1}\text{c}^{-1}\text{R}_{\infty}^{-3}\alpha^{6}\mu_\text{eu}^{3}\mu_\text{pu}^{-3}\tau^{-2}2^{-25}5^{-22}$ |
| curie |
$2.59560555136(81)
\times 10^{-14}$
$\left[\text{m}_\text{p}\right]$ |
$\text{c}^{-1}\text{R}_{\infty}^{-1}\alpha^{2}\mu_\text{eu}\cdot
\mu_\text{pu}^{-1}\tau^{-1}2^{8}5^{9}37$ |
| gray |
$1.1126500560536183
\times 10^{-17}$
$\left[\mathbb{1}\right]$ |
$\text{c}^{-2}$ |
| roentgen |
$2.30065145146(72)
\times 10^{-13}$
$\left[\text{m}_\text{p}^{-1}\text{e}_\text{n}\right]$ |
$\hbar^{1/2}\text{c}^{-3/2}\text{R}_{\infty}\cdot
\alpha^{-2}\mu_\text{eu}^{-1}\mu_\text{pu}\cdot
\tau^{1/2}2^{5/2}5^{3/2}/1.293$ |
| QCDGauss |
Equivalent Dimensions |
|
$\mathbb{1}$ |
dimensionless
$\left[\mathbb{1}\right]$, angle
$\left[A\right]$, solidangle
$\left[A^{2}\right]$, stagnance
$\left[L^{-1}T\right]$, speed
$\left[LT^{-1}\right]$, gravityforce
$\left[F^{-1}MLT^{-2}\right]$,
angularmomentum $\left[FLTA^{-1}\right]$,
specificenergy $\left[FM^{-1}L\right]$,
action $\left[FLT\right]$, susceptibility
$\left[R^{-1}\right]$, demagnetizingfactor
$\left[R\right]$, entropy
$\left[FLΘ^{-1}\right]$, molarmass
$\left[MN^{-1}\right]$, molality
$\left[M^{-1}N\right]$, molarenergy
$\left[FLN^{-1}\right]$, luminousefficacy
$\left[F^{-1}L^{-1}TJ\right]$ |
|
$\text{m}_\text{p}^{-1}$ |
time
$\left[T\right]$, angulartime
$\left[TA^{-1}\right]$, length
$\left[L\right]$, angularlength
$\left[LA^{-1}\right]$, diffusivity
$\left[L^{2}T^{-1}\right]$,
rotationalinertia $\left[ML^{2}\right]$,
specificentropy
$\left[FM^{-1}LΘ^{-1}\right]$,
thermalresistance
$\left[F^{-1}L^{-1}TΘ\right]$,
thermalexpansion $\left[Θ^{-1}\right]$,
molarentropy
$\left[FLΘ^{-1}N^{-1}\right]$ |
|
$\text{m}_\text{p}^{-2}$ |
area
$\left[L^{2}\right]$, angulararea
$\left[L^{2}A^{-2}\right]$, volumeflow
$\left[L^{3}T^{-1}\right]$, etendue
$\left[L^{2}A^{2}\right]$,
thermalresistivity
$\left[F^{-1}TΘ\right]$ |
|
$\text{m}_\text{p}^{-3}$ |
volume
$\left[L^{3}\right]$, compliance
$\left[M^{-1}T^{2}\right]$,
magneticpolarizability
$\left[L^{3}A^{-1}R^{-1}\right]$,
specificity
$\left[L^{3}T^{-1}N^{-1}\right]$ |
|
$\text{m}_\text{p}$ |
wavenumber
$\left[L^{-1}\right]$, angularwavenumber
$\left[L^{-1}A\right]$, frequency
$\left[T^{-1}\right]$, angularfrequency
$\left[T^{-1}A\right]$, acceleration
$\left[LT^{-2}\right]$, photonintensity
$\left[T^{-1}A^{-2}\right]$,
photonirradiance $\left[L^{-2}T\right]$,
photonradiance
$\left[L^{-2}TA^{-2}\right]$, inertia
$\left[FL^{-1}T^{2}\right]$, mass
$\left[M\right]$, specificforce
$\left[FM^{-1}\right]$, impulse
$\left[FT\right]$, momentum
$\left[MLT^{-1}\right]$, energy
$\left[FL\right]$, temperature
$\left[Θ\right]$, thermalconductance
$\left[FLT^{-1}Θ^{-1}\right]$, molaramount
$\left[N\right]$, luminousenergy
$\left[TJ\right]$ |
|
$\text{m}_\text{p}^{2}$ |
fuelefficiency
$\left[L^{-2}\right]$, frequencydrift
$\left[T^{-2}\right]$, jerk
$\left[LT^{-3}\right]$, massflow
$\left[MT^{-1}\right]$, lineardensity
$\left[ML^{-1}\right]$, force
$\left[F\right]$, power
$\left[FLT^{-1}\right]$, radiantintensity
$\left[FLT^{-1}A^{-2}\right]$,
spectralexposure $\left[FL^{-1}T\right]$,
thermalconductivity
$\left[FT^{-1}Θ^{-1}\right]$, lapserate
$\left[L^{-1}Θ\right]$, catalysis
$\left[T^{-1}N\right]$, diffusionflux
$\left[L^{-2}TN\right]$, luminousflux
$\left[J\right]$, luminousintensity
$\left[JA^{-2}\right]$ |
|
$\text{m}_\text{p}^{3}$ |
numberdensity
$\left[L^{-3}\right]$, snap
$\left[LT^{-4}\right]$, areadensity
$\left[ML^{-2}\right]$, viscosity
$\left[FL^{-2}T\right]$, yank
$\left[MLT^{-3}\right]$, fluence
$\left[FL^{-1}\right]$, spectralflux
$\left[FT^{-1}\right]$, volumeheatcapacity
$\left[FL^{-2}Θ^{-1}\right]$,
luminousexposure
$\left[L^{-2}TJ\right]$ |
|
$\text{m}_\text{p}^{4}$ |
crackle
$\left[LT^{-5}\right]$, density
$\left[ML^{-3}\right]$, pressure
$\left[FL^{-2}\right]$, irradiance
$\left[FL^{-1}T^{-1}\right]$, radiance
$\left[FL^{-1}T^{-1}A^{-2}\right]$,
specificimpedance $\left[FL^{-3}T\right]$,
molarity $\left[L^{-3}N\right]$, luminance
$\left[L^{-2}JA^{-2}\right]$, illuminance
$\left[L^{-2}J\right]$ |
|
$\text{m}_\text{p}^{5}$ |
pop
$\left[LT^{-6}\right]$, specificweight
$\left[FL^{-3}\right]$, powerdensity
$\left[FL^{-2}T^{-1}\right]$, inertance
$\left[ML^{-4}\right]$ |
|
$\text{m}_\text{p}^{-4}$ |
specificvolume
$\left[M^{-1}L^{3}\right]$,
compressibility
$\left[F^{-1}L^{2}\right]$,
specificsusceptibility
$\left[M^{-1}L^{3}A^{-1}R^{-1}\right]$,
molarvolume $\left[L^{3}N^{-1}\right]$,
molarsusceptibility
$\left[L^{3}N^{-1}A^{-1}R^{-1}\right]$ |
|
$\text{m}_\text{p}^{7}$ |
soundexposure
$\left[F^{2}L^{-4}T\right]$ |
|
$\text{m}_\text{p}^{6}$ |
impedance
$\left[FL^{-5}T\right]$ |
|
$\text{m}_\text{p}^{-6}$ |
admittance
$\left[F^{-1}L^{5}T^{-1}\right]$ |
|
$\text{e}_\text{n}$ |
charge
$\left[Q\right]$, polestrength
$\left[LT^{-1}QA^{-1}C^{-1}\right]$ |
|
$\text{m}_\text{p}^{3}\text{e}_\text{n}$ |
chargedensity
$\left[L^{-3}Q\right]$, currentdensity
$\left[L^{-2}T^{-1}Q\right]$ |
|
$\text{m}_\text{p}\cdot
\text{e}_\text{n}$ |
linearchargedensity
$\left[L^{-1}Q\right]$, current
$\left[T^{-1}Q\right]$, magneticpotential
$\left[T^{-1}QRC^{-1}\right]$ |
|
$\text{m}_\text{p}^{-1}\text{e}_\text{n}$ |
exposure
$\left[M^{-1}Q\right]$,
electricdipolemoment $\left[LQ\right]$,
magneticdipolemoment
$\left[L^{2}T^{-1}QA^{-1}C^{-1}\right]$ |
|
$\text{e}_\text{n}^{-1}$ |
mobility
$\left[FL^{3}T^{-1}Q^{-1}\right]$,
electricflux $\left[FL^{2}Q^{-1}\right]$,
magneticflux
$\left[FLTQ^{-1}C\right]$ |
|
$\text{e}_\text{n}^{-2}$ |
resistance
$\left[FLTQ^{-2}\right]$, permeability
$\left[FT^{2}Q^{-2}R^{-1}C^{2}\right]$ |
|
$\text{e}_\text{n}^{2}$ |
conductance
$\left[F^{-1}L^{-1}T^{-1}Q^{2}\right]$,
permittivity
$\left[F^{-1}L^{-2}Q^{2}R\right]$ |
|
$\text{m}_\text{p}^{-1}\text{e}_\text{n}^{-2}$ |
resistivity
$\left[FL^{2}TQ^{-2}\right]$, inductance
$\left[FLT^{2}Q^{-2}\right]$, permeance
$\left[FLT^{2}Q^{-2}R^{-1}C^{2}\right]$ |
|
$\text{m}_\text{p}\cdot
\text{e}_\text{n}^{2}$ |
conductivity
$\left[F^{-1}L^{-2}T^{-1}Q^{2}\right]$,
reluctance
$\left[F^{-1}L^{-1}T^{-2}Q^{2}RC^{-2}\right]$ |
|
$\text{m}_\text{p}^{-1}\text{e}_\text{n}^{2}$ |
capacitance
$\left[F^{-1}L^{-1}Q^{2}\right]$ |
|
$\text{m}_\text{p}\cdot
\text{e}_\text{n}^{-1}$ |
vectorpotential
$\left[FTQ^{-1}C\right]$,
electricpotential
$\left[FLQ^{-1}\right]$ |
|
$\text{m}_\text{p}^{2}\text{e}_\text{n}^{-1}$ |
electricfield
$\left[FQ^{-1}\right]$,
magneticfluxdensity
$\left[FL^{-1}TQ^{-1}C\right]$ |
|
$\text{m}_\text{p}^{2}\text{e}_\text{n}$ |
magneticfield
$\left[L^{-1}T^{-1}QRC^{-1}\right]$,
electricdisplacement
$\left[L^{-2}QR\right]$,
specificmagnetization
$\left[F^{-1}ML^{-2}T^{-1}QC^{-1}\right]$ |
|
$\text{m}_\text{p}^{-3}\text{e}_\text{n}^{2}$ |
electricpolarizability
$\left[F^{-1}LQ^{2}\right]$ |
|
$\text{m}_\text{p}^{-1}\text{e}_\text{n}^{-1}$ |
magneticmoment
$\left[FL^{2}TQ^{-1}C\right]$ |
|
$\text{m}_\text{p}^{-2}\text{e}_\text{n}^{2}$ |
molarconductivity
$\left[F^{-1}T^{-1}Q^{2}N^{-1}\right]$ |
