User:Exuwon/Sandbox/Templates/Template:Table of physico-chemical constants

Quantity		Symbol	Value (SI units)	Relative Standard Uncertainty
atomic mass unit (unified atomic mass unit)		$m_{u}=1\ u\,$	1.660 538 86(28) × 10−27 kg	1.7 × 10−7
Avogadro's number		$N_{A},L\,$	6.022 141 5(10) × 1023 mol−1	1.7 × 10−7
Boltzmann constant		$k=k_{B}=R/N_{A}\,$	1.380 6504(24) × 10−23 J·K−1	1.8 × 10−6
Faraday constant		$F=N_{A}e\,$	96 485.3383(83)C·mol−1	8.6 × 10−8
first radiation constant		$c_{1}=2\pi hc^{2}\,$	3.741 771 18(19) × 10−16 W·m²	5.0 × 10−8
	for spectral radiance	$c_{1L}\,$	1.191 042 82(20) × 10−16 W·m² sr−1	1.7 × 10−7
Loschmidt constant	at $T$=273.15 K and $p$=101.325 kPa	$n_{0}=N_{A}/V_{m}\,$	2.686 777 3(47) × 1025 m−3	1.8 × 10−6
gas constant		$R\,$	8.314 472(15) J·K−1·mol−1	1.7 × 10−6
molar Planck constant		$N_{A}h\,$	3.990 312 716(27) × 10−10 J·s·mol−1	6.7 × 10−9
molar volume of an ideal gas	at $T$=273.15 K and $p$=100 kPa	$V_{m}=RT/p\,$	2.2710 981(40) × 10−2 m³·mol−1	1.7 × 10−6
	at $T$=273.15 K and $p$=101.325 kPa		2.2413 996(39) × 10−2 m³·mol−1	1.7 × 10−6
Sackur-Tetrode constant	at $T$=1 K and $p$=100 kPa	$S_{0}/R={\frac {5}{2}}$ $+\ln \left[(2\pi m_{u}kT/h^{2})^{3/2}kT/p\right]$	−1.151 704 7(44)	3.8 × 10−6
	at $T$=1 K and $p$=101.325 kPa		−1.164 867 7(44)	3.8 × 10−6
second radiation constant		$c_{2}=hc/k\,$	1.438 775 2(25) × 10−2 m·K	1.7 × 10−6
Stefan–Boltzmann constant		$\sigma =(\pi ^{2}/60)k^{4}/\hbar ^{3}c^{2}$	5.670 400(40) × 10−8 W·m−2·K−4	7.0 × 10−6
Wien displacement law constant		$b=(hc/k)/\,$ 4.965 114 231...	2.897 768 5(51) × 10−3 m·K	1.7 × 10−6