Berkeley Physics Course. Vol.1. Mechanics - Ch.Kittel, W.D.Knight, M.A.Ruderman, McGraw-Hill, 1973.pdf

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Table of Values
Value and Units
General
Item
Symbol or
Abbreviation
Derivation
of Value
57.3°(5r 18')
3.44 X 10
3
minutes (of arc)
2.06
X
10
5
seconds (of arc)
1
.75
X 10-
2
rad
2.91
X
10-4
rad
4.85
X
10-
6
rad
1.609
X
10
5
cm
10-
8
cm
10-
4
cm
2.998
X
10
2
V
2.99725
X
10
10
cm/s
;:::: 980
cm/s
2
6.671
X 10-
8
dyn-cm
2
/g
2
6.671
X
10- 11
N-m
2
/kg
2
1 dyne
1 newton
Astronomical
=
-
1 radian
1 radian
1 radian
1 degree
1 minute (of arc)
1 second (of arc)
1 statute mile
1 angstrom
- 1 micrometer (micron)
1 statvolt
Speed of light in vacuum
Acceleration of gravity at earth's surface
Gravitational constant
Gravitational constant
=
rad
rad
rad
180°
/'IT
=
'IT/180°
A
J-lm
=
=
10-
8
C
C
g
}
GM
e
/R
e
2
G
1 g-cm/s
2
1 kg-m/s
2
dyn
N
3.084
X
10
18
cm
9.464
X
10
17
cm
1.49
X
10
13
cm
;:::: 10
80
;:::: 10
28
cm
;:::: 10
11
;:::: 1.6
X
10-
18
(cm/s)/cm
;::::1.6 X
1011
;:::: 10
23
cm
parsec
light year
astronomical unit (_ radius of earth's orbit)
Number of nucleons
Radius
Number of galaxies
Speed of recession of nebulae
Number of stars
Diameter
Mass
Radius
Period of rotation
Mass
Radius of orbit
Mean radius
Mass
Mean density
1 year (period of revolution)
24
hours (period of rotation)
c
X
s/yr
AU
) Koowo uo;v"",
;:::: 8
X
10
44
9
6.96 X 1010
cm
2.14 X 10
6
s
1.99 X 10
33
9
1.49 X 10
13
cm
6.37 X 10
8
cm
5.98 X 10
27
9
5.52
g/cm
3
3.156Xl0
7
s
8.64 X 10
4
s
3.84 X 10
10
cm
1.74Xl0
8
cm
7.34 X 10
25
9
2.36 X 10
6
s
1
G,I",
1
Suo
Earth
=
=
Radius of orbit
Radius
Mass
Period of revolution
)
Moo~
/
-
J::*
Table of Vall
Value and Units
Gases
Item
1
Abbr~lIla~
..
22.4 X 103 cm 3/mol
2.69 X 10 19 cm- 3
6.0222
X
1023" mol- 1
8.314
X
10 7 ergs mol- 1 deg- 1
1.381
X
10- 16 erg/K
1.01
X
106 dyn/cm 2
::::::; 10-
5
cm
3.32
X
104 cm/s
Atomic
Molar volume at STP
Loschmidt's number
Avogadro's number
Gas constant
Boltzmann's constant
Atmospheric pressure
Mean free path at STP
Speed of sound in air at STP
Vo
no
No
R
k
No/Vo
R/N
6.62~2
X
10-27 erg-s
1.0546 X 10- 27 erg-s
13.6 electron volts
1.6022
X
10- 12 erg
1.2398
X
10-4 cm
2.4180
X
10 14
S-l
0.5292
X
::::::;
10-
8
cm
10-
8
cm
Planck's constant
Planck's constant/2?T
Energy associated with 1 Rydberg
Energy associated with 1 electron volt
Wavelength associated with 1 electron volt
Frequency associated with 1 electron volt
Bohr radius of the ground state of hydrogen
Radius of an atom
Bohr magneton
Reciprocal of fine-structure constant
h
11
Ry
eV
h/'2?T
0.9274 X 10-20 erg/G
137.036
Particles
eY1/2mc
11c/e
2
1.67265 X H>-24 g
1.67496 X 10- 24 g
1.66057 X 10-24 g
0.910954 X 10-27 g
0.93828 X 10 9 eV
0.511004 X 106 eV
0.93150 X 109 eV
1836
2.818 X 10-13 cm
4.80325 X
2.423 X
10-
10
cm
esu
1.60219 X 10- 19 C
10-
10
Proton rest mass
Neutron rest mass
1 unified atomic mass unit (
Electron rest mass
Energy equivalent to proton rest mass
Energy equivalent to electron rest mass
Energy equivalent to 1 atomic mass unit
Proton mass/electron mass
Classical radius of the electron
Charge on proton
Charge on proton
Electron Compton wavelength
n
mass of C12)
h/mc
l-
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I.
Mechanics
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