Citizen SR-282 [9/16] Physics constants

Citizen SR-282 [9/16] Physics constants
9 / 9
8.0
.251
1
=
DEG
1 . 25
–1
1.25 [ 2nd ] [ 1 / x ] [ ]
0 . 8
139= 5 + 125+21+4+ 2
3
3
2
DEG
2
2
+
(4+21)+
2 [ x
2
] [ + ] [ ] [ ( ] 4 [ + ] 21 [ ) ]
[ + ] [ 2nd ] [
3
] 125 [ + ] 5 [ 2nd ]
[ x
3
] [ ]
13
9 .
16812=625+7
4
5
DEG
7x
y
5+4
X
625=
7 [ x
y
] 5 [ + ] 4 [
X
] 625 [ ]
1681
2 .
INT Indicate the integer part of a given number
FRAC Indicate the fractional part of a given number
INT ( 10 8 ) = INT ( 1.25 ) = 1
DEG
INT(10 8=
[ 2nd ] [ INT ] 10 [ ] 8 [ ]
1.
FRAC ( 10 8 ) = FRAC ( 1.25 ) = 0.25
DEG
FRAC( 10 8=
[ 2nd ] [ FRAC ] 10 [ ] 8 [ ]
0 . 25
Unit Conversion
The calculator has a built-in unit conversion feature that enables you
to convert numbers among different units.
1. Enter the number you want to convert.
2. Press [ CONV ] to display the menu. There are 7 menus, covering
distance, area, temperature, capacity, weight, energy, and
pressure.
3. Use the [ CONV ] to scroll through the list of units until a
appropriate units menu is shown, then [
].
4. Pressing [
] or [ 2nd ] [ ] can convert the number to
another unit.
1 y d
2
= 9 f t
2
= 0.00000083612 km
2
DEG
ft
2
yd
2
m
2
1 [ CONV ] [ CONV ] [ ] [ ]
1.
DEG
f t
2
y d
2
m
2
[ 2nd ] [
]
9 .
DEG
k m
2
h e c t a r e s
[ ] [ ] [ ]
0 . 0 0 0 0 0 0 8 3 6 1 2
Physics constants
You can use 136 physics constants in your calculations. With the
following constants :
Data is referred to Peter J.Mohr and Barry N.Taylor, CODATA
Recommended Values of the Fundamental Physical Constants:1998,
Journal of Physical and Chemical Reference Data,Vol.28, No.6,1999
and Reviews of Modern Physics,Vol.72, No.2, 2000.
No. Quantity Symbol Value, Unit
1. Speed of light in vacuum c 299792458 m s
–1
2. Magnetic constant
µ
0
1.2566370614 x10
–6
N A
–2
3. Electric constant
ε
0
8.854187817 x 10
–12
F m
–1
4.
Characteristic impedance
of vacuum
Z
0
376.730313461 Ω
5.
Newtonian constant of
gravitation
G
6.67310 x10
–11
m
3
kg
1
s
2
6. Planck constant
h
6.6260687652 x10
–34
J s
7. Planck constant over 2 pi
h
1.05457159682 x10
–34
J s
8. Avogadro constant
N
A
6.0221419947 x10
23
mol
–1
9. Planck length
l
p
1.616012 x10
–35
m
10. Planck time
t
p
5.390640 x10
–44
s
11. Planck mass
m
p
2.176716 x10
–8
kg
12. Atomic mass constant
m
µ
1.6605387313 x10
–27
kg
13.
Atomic mass constant
energy equivalent
m
µc
2
1.4924177812 x10
–10
J
14. Faraday constant IF 96485.341539 C mol
–1
15. Elementary charge e 1.60217646263 x10
–19
C
16.
Electron volt–joule
relationship
eV 1.60217646263 x10
–19
J
17. Elementary charge over h e/h 2.41798949195 x10
14
AJ
–1
18. Molar gas constant R 8.31447215 J mol
–1
K
–1
19. Boltzmann constant k 1.380650324 x10
–23
J K
–1
20. Molar planck constant N
A
h 3.99031268930x10
–10
Js mol
–1
21. Sackur–Tetrode constant S
0
/R
1.164867844
22.
Wien displacement law
constant
b 2.897768651 x10
–3
m K
23.
Lattice parameter of
silicon
a 543.10208816 x10
–12
m
24.
Stefan–Boltzmann constant
σ
5.67040040 x10
–8
W m
–2
K
–4

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