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Physics Paper 3 > Data Sheet > Flashcards

Data Sheet Flashcards

1
Q

speed of light in vacuo

A
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2
Q

permeability of free space

A
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3
Q

permittivity of free space

A
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4
Q

magnitude of the charge of electron

A
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5
Q

the Planck constant

A
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6
Q

gravitational constant

A
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7
Q

the Avogadro constant

A
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8
Q

molar gas constant

A
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9
Q

the Boltzmann constant

A
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10
Q

the Stefan constant

A
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11
Q

the Wien constant

A
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12
Q

electron rest mass
(equivalent to 5.5 × 10^(–4) u)

A
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13
Q

electron charge/mass ratio

A
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14
Q

proton rest mass
(equivalent to 1.00728 u)

A
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15
Q

proton charge/mass ratio

A
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16
Q

neutron rest mass
(equivalent to 1.00867 u)

A
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17
Q

gravitational field strength

A
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18
Q

acceleration due to gravity

A
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19
Q

atomic mass unit
(1u is equivalent to 931.5 MeV)

A
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20
Q

Quadratic formula

A
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21
Q

Mass of the Sun (kg)

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22
Q

Mean Radius of the Sun (m)

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23
Q

Mass of Earth (kg)

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24
Q

Mean Radius of Earth(m)

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25
Q

arc length

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26
Q

circumference of circle

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27
Q

area of circle

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28
Q

curved surface area of
cylinder

A
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29
Q

area of sphere

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30
Q

volume of sphere

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31
Q

Wave speed

A
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32
Q

Period

A
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33
Q

First harmonic

A
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34
Q

Fringe spacing

A
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35
Q

Diffraction grating

A
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36
Q

Refractive index

A
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37
Q

Law of refraction

A
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38
Q

Critical angle

A
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39
Q

Moments

A
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40
Q

Velocity and acceleration

A
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41
Q

SUVAT equations

A
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42
Q

Newton’s 2nd law

A
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43
Q

force (momentum)

A
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44
Q

Impulse

A
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45
Q

Work energy power

A

and power eqs.

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46
Q

Power (Mech)

A

in work energy power

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47
Q

Efficiency (mechanics)

A
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48
Q

Photon energy

A
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49
Q

Photoelectricity

A
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50
Q

Energy levels

A
51
Q

de Broglie wavelength

A
52
Q

Density

A
53
Q

Hooke’s Law

A
54
Q

Young Modulus (E)

A
55
Q

Tensile stress

A
56
Q

Tensile Strain

A
57
Q

Energy stored

A
58
Q

Current and pd

A
59
Q

Resistivity

A
60
Q

Resistors in series

A
61
Q

Resistors in parallel

A
62
Q

Power (electricity)

A
63
Q

emf

A
64
Q

Angular speed

A
65
Q

Centripetal acceleration

A
66
Q

Centripetal force

A
67
Q

acceleration (SHM)

A
68
Q

displacement (SHM)

A
69
Q

speed (SHM)

A
70
Q

Maximum speed (SHM)

A
71
Q

Max acceleration (SHM)

A
72
Q

Mass spring system (SHM)

A
73
Q

Simple pendulum (SHM)

A
74
Q

Energy to change temperature

A
75
Q

Energy to change state

A
76
Q

Gas law

A
77
Q

Kinetic theory model

A
78
Q

Kinetic energy of ONE gas molecule

A
79
Q

Force between two masses

A
80
Q

Gravitational field strength in a uniform field

A
81
Q

Gravitational field strength in a radial field

A
82
Q

Work done (gravitational fields)

A
83
Q

Gravitational potential

A
84
Q

Force between two point charges

A
85
Q

Force on a charge

A
86
Q

Electric field strength for a uniform field

A
87
Q

Work done (electric fields)

A
88
Q

Field strenth for a radial field

A
89
Q

Electric potential

A
90
Q

Electric field strength

A
91
Q

Capacitence

A
92
Q

Capacitor energy stored

A
93
Q

Capacitor Charging

A
94
Q

Decay of charge (Capacitor Discharging)

A
95
Q

Time constant

A
96
Q

Force on a current

A
97
Q

Force on a moving charge

A
98
Q

Magnetic flux

A
99
Q

Magnetic flux linkage

A
100
Q

Magnitude of induced emf

A
101
Q

emf induced in a rotating coil

A
102
Q

Transformers

A
102
Q

Alternating current peak and maxes

A
103
Q

Efficiency (transformers)

A
104
Q

Inverse square law for gamma radiation

A
105
Q

Radioactive decay

A
106
Q

Activity

A
107
Q

Half-life

A
108
Q

Nuclear radius

A
109
Q

Energy-mass equation

A
110
Q

1 AU

A
111
Q

1 ly

A
112
Q

1 pc

A
113
Q

Hubble constant

A
114
Q

Magnitude

A
115
Q

Telescope in a normal adjustment

A
116
Q

Rayleigh criterion

A
117
Q

Magnitude equation

A
118
Q

Wien’s law

A
119
Q

Stefan’s law

A
120
Q

Schwarzschild radius

A
121
Q

Doppler shift for v < < c

A
122
Q

Red shift

A
123
Q

Hubble’s law

A

Physics Paper 3 (5 decks)

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