Data Sheet Flashcards
(124 cards)
1
Q
speed of light in vacuo
A
2
Q
permeability of free space
A
3
Q
permittivity of free space
A
4
Q
magnitude of the charge of electron
A
5
Q
the Planck constant
A
6
Q
gravitational constant
A
7
Q
the Avogadro constant
A
8
Q
molar gas constant
A
9
Q
the Boltzmann constant
A
10
Q
the Stefan constant
A
11
Q
the Wien constant
A
12
Q
electron rest mass
(equivalent to 5.5 × 10^(–4) u)
A
13
Q
electron charge/mass ratio
A
14
Q
proton rest mass
(equivalent to 1.00728 u)
A
15
Q
proton charge/mass ratio
A
16
Q
neutron rest mass
(equivalent to 1.00867 u)
A
17
Q
gravitational field strength
A
18
Q
acceleration due to gravity
A
19
Q
atomic mass unit
(1u is equivalent to 931.5 MeV)
A
20
Q
Quadratic formula
A
21
Q
Mass of the Sun (kg)
A
22
Q
Mean Radius of the Sun (m)
A
23
Q
Mass of Earth (kg)
A
24
Q
Mean Radius of Earth(m)
A
25
arc length
26
circumference of circle
27
area of circle
28
curved surface area of
cylinder
29
area of sphere
30
volume of sphere
31
Wave speed
32
Period
33
First harmonic
34
Fringe spacing
35
Diffraction grating
36
Refractive index
37
Law of refraction
38
Critical angle
39
Moments
40
Velocity and acceleration
41
SUVAT equations
42
Newton's 2nd law
43
force (momentum)
44
Impulse
45
Work energy power
and power eqs.
46
Power (Mech)
in work energy power
47
Efficiency (mechanics)
48
Photon energy
49
Photoelectricity
50
Energy levels
51
de Broglie wavelength
52
Density
53
Hooke's Law
54
Young Modulus (E)
55
Tensile stress
56
Tensile Strain
57
Energy stored
58
Current and pd
59
Resistivity
60
Resistors in series
61
Resistors in parallel
62
Power (electricity)
63
emf
64
Angular speed
65
Centripetal acceleration
66
Centripetal force
67
acceleration (SHM)
68
displacement (SHM)
69
speed (SHM)
70
Maximum speed (SHM)
71
Max acceleration (SHM)
72
Mass spring system (SHM)
73
Simple pendulum (SHM)
74
Energy to change temperature
75
Energy to change state
76
Gas law
77
Kinetic theory model
78
Kinetic energy of ONE gas molecule
79
Force between two masses
80
Gravitational field strength in a uniform field
81
Gravitational field strength in a radial field
82
Work done (gravitational fields)
83
Gravitational potential
84
Force between two point charges
85
Force on a charge
86
Electric field strength for a uniform field
87
Work done (electric fields)
88
Field strenth for a radial field
89
Electric potential
90
Electric field strength
91
Capacitence
92
Capacitor energy stored
93
Capacitor Charging
94
Decay of charge (Capacitor Discharging)
95
Time constant
96
Force on a current
97
Force on a moving charge
98
Magnetic flux
99
Magnetic flux linkage
100
Magnitude of induced emf
101
emf induced in a rotating coil
102
Transformers
102
Alternating current peak and maxes
103
Efficiency (transformers)
104
Inverse square law for gamma radiation
105
Radioactive decay
106
Activity
107
Half-life
108
Nuclear radius
109
Energy-mass equation
110
1 AU
111
1 ly
112
1 pc
113
Hubble constant
114
Magnitude
115
Telescope in a normal adjustment
116
Rayleigh criterion
117
Magnitude equation
118
Wien's law
119
Stefan's law
120
Schwarzschild radius
121
Doppler shift for v < < c
122
Red shift
123
Hubble's law
