Sharp EL-546L

I have a Sharp EL-546L scientific calculator. The images on the right are of its Quick Reference Card. Physical Constants and Metric Conversions are detailed below.

Substitute Algebra and Playback & Editing

Physical Constants and Metric Conversions

Physical Constants

No.	Symbol	Unit	Value	Name
01	$c$	$m\cdot s^{-1}$	2.99792458 x 108	speed of light
02	$G$	$N\cdot m^{2}\cdot kg^{-2}$	6.67259 x 10-11	gravitational constant
03	$g$	$m\cdot s^{-2}$	9.80665	gravity of Earth
04	$m_{e}$	$kg$	9.1093897 x 10-31	mass of an electron
05	$m_{p}$	$kg$	1.6726231 x 10-27	mass of a proton
06	$m_{n}$	$kg$	1.6749286 x 10-27	mass of a neutron
07	$m_{\mu }$	$kg$	1.8835327 x 10-28	mass of a muon
08	$u$	$kg$	1.6605402 x 10-27	atomic mass unit
09	$e$	$C$	1.60217733 x 10-19	charge of an electron
10	$h$	$J\cdot s$	6.6260755 x 10-34	Planck constant
11	$k$	$J\cdot K^{-1}$	1.380658 x 10-23	Boltzmann constant
12	$\mu _{0}$	$H\cdot m^{-1}$	1.256637061 x 10-6	vacuum permeability
13	$\epsilon _{0}$	$F\cdot m^{-1}$	8.854187817 x 10-12	vacuum permittivity
14	$r_{e}$	$m$	2.81794092 x 10-15	classical electron radius
15	$\alpha$		7.29735308 x 10-3	fine-structure constant
16	$\alpha _{0}$	$m$	5.29177249 x 10-11	Bohr radius
17	$R_{\infty }$	$m^{-1}$	1.097373153 x 107	Rydberg constant
18	$\phi _{0}$	$Wb$	2.06783461 x 10-15	magnetic flux quantum
19	$\mu _{B}$	$J\cdot T^{-1}$	9.2740154 x 10-24	Bohr magneton
20	$\mu _{e}$	$J\cdot T^{-1}$	9.2847701 x 10-24	electron magnetic moment
21	$\mu _{N}$	$J\cdot T^{-1}$	5.0507866 x 10-27	nuclear magneton
22	$\mu _{P}$	$J\cdot T^{-1}$	1.41060761 x 10-26	proton magnetic moment
23	$\mu _{n}$	$J\cdot T^{-1}$	9.6623707 x 10-27	neutron magnetic moment
24	$\mu _{\mu }$	$J\cdot T^{-1}$	4.4904514 x 10-26	muon magnetic moment
25	$\lambda _{c}$	$m$	2.42631058 x 10-12	Compton wavelength
26	$\lambda _{cp}$	$m$	1.32141002 x 10-15	proton Compton wavelength
27	$\sigma$	$W\cdot m^{-2}\cdot K^{-4}$	5.67051 x 10-8	Stefan–Boltzmann constant
28	$N_{A}$	$mol^{-1}$	6.0221367 x 1023	Avogadro constant
29	$V_{m}$	$m^{3}\cdot mol^{-1}$	2.24141 x 10-2	molar volume
30	$R$	$J\cdot mol^{-1}\cdot K^{-1}$	8.31451	gas constant
31	$F$	$C\cdot mol^{-1}$	9.6485309 x 104	Faraday constant
32	$R_{H}$	$\Omega$	2.58128056 x 104	quantized Hall resistance
33	$e/m_{e}$	$C\cdot kg^{-1}$	1.75881962 x 1011	electron specific charge
34	$h/2m_{e}$	$J\cdot s\cdot kg^{-1}$	3.63694807 x 10-4	quantum of circulation
35	$\gamma _{p}$	$s^{-1}\cdot T^{-1}$	2.67522128 x 108	gyromagnetic ratio of proton
36	$2e/h$	$Hz\cdot V^{-1}$	4.8359767 x 1014	Josephson frequency-voltage quotient
37	$eV$	$J$	1.60217733 x 10-19	elementary charge
38	$t$	$C^{\circ }$	2.7315 x 102	absolute zero
39	$AU$	$m$	1.4959787 x 1011	astronomical unit
40	$pc$	$m$	3.0856776 x 1016	parsec

Metric Conversions

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