User Manual

E-36
To input the scientific constant C
0
(speed of light in a vacuum), and
display its value
A17(CONST)
28(C
0
) =
To calculate C
0
=
1
ε
0
μ
0
B
A' 1 c!17(CONST) 32( ε 0
)
17(CONST) 33(

0
) =
The following shows the two-digit numbers for each of the scientific
constants.
01: (mp) proton mass 02: (mn) neutron mass
03: (me) electron mass
04: (m
 ) muon mass
05: (a
0
) Bohr radius 06: (h) Planck constant
07: (
 N) nuclear magneton 08: (  B) Bohr magneton
09: ( h) Planck constant,
rationalized
10: ( α ) fine-structure constant
11: (re) classical electron radius
12: ( λ c) Compton wavelength
13: ( γ p) proton gyromagnetic ratio
14: ( λ cp) proton Compton
wavelength
15: ( λ cn) neutron Compton
wavelength
16: (R ∞ ) Rydberg constant
17: (u) atomic mass constant
18: (
 p) proton magnetic
moment
19: (
 e) electron magnetic moment
20: (  n) neutron magnetic
moment
21: (
 ) muon magnetic moment
22: (F) Faraday constant
23: (e) elementary charge 24: (NA) Avogadro constant
25: (k) Boltzmann constant
26: (Vm) molar volume of ideal
gas
27: (R) molar gas constant 28: (C
0
) speed of light in vacuum
29: (C
1
) first radiation constant
30: (C
2
) second radiation
constant
31: ( σ ) Stefan-Boltzmann constant 32: ( ε
0
) electric constant
MathMath
MathMath