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Phyics x2 Flashcards

(86 cards)

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1
Q

Acceleration of freefall

A

g

Fundamental constants

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2
Q

Gravitational constant

A

G

Fundamental constants

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3
Q

Avogadro constant

A

NA

Fundamental constants

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4
Q

Gas constant

A

R

Fundamental constants

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5
Q

Boltzmann constant

A

kB

Fundamental constants

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6
Q

Stefan-Boltzmann constant

A

σ

Fundamental constants

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7
Q

Coulomb constant

A

k

Fundamental constants

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8
Q

Permittivitty of free space

A

ε0

Fundamental constants

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9
Q

Speed of light in a vacuum

A

c

Fundamental constants

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10
Q

Permeability of free space

A

µ₀

Fundamental constants

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11
Q

Planck constant

A

h

Fundamental constants

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12
Q

Elementary charge

A

e

Fundamental constants

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13
Q

Electron rest mass

A

me

Fundamental constants

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14
Q

Proton rest mass

A

mp

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15
Q

Neutron rest mass

A

mn

Fundamental constants

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16
Q

Unified atomic mass unit

A

u

Fundamental constants

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17
Q

Solar constant

A

S

Fundamental constants

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18
Q

Fermi radius

A

R0

Fundamental constants

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19
Q

Displacement

A

s

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20
Q

Initial velocity

A

u

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21
Q

Final velocity

A

v

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22
Q

Acceleration

A

a

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23
Q

Time

A

t

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24
Q

Frictional force

A

Ff

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25
Coefficient of static friction
μs ## Footnote
26
Coefficient of dynamic friction
μd ## Footnote
27
Normal contact force
FN ## Footnote
28
Elastic force
FH ## Footnote
29
Spring constant
k ## Footnote
30
Extension or compression of string
x ## Footnote
31
Buoyant force
Fb ## Footnote
32
Density of fluid
p ## Footnote
33
Drag force
Fd ## Footnote
34
Coefficient of viscosity
η ## Footnote In fluid dynamics
35
Speed/velocity
v ## Footnote
36
Gravitational force
Fg (F) ## Footnote
37
Mass
m ## Footnote
38
Momentum
p ## Footnote
39
Impulse
J ## Footnote
40
Force
F ## Footnote
41
Change
Δ ## Footnote
42
Angular speed/velocity
ω ## Footnote
43
Period
T ## Footnote
44
Work
W ## Footnote
45
Kinetic energy
Ek ## Footnote
46
Gravitational potential energy
Ep ## Footnote
47
Elastic potential energy
EH ## Footnote
48
Power
P ## Footnote
49
Efficiency
η ## Footnote
50
Initial
Xi ## Footnote
51
Final
Xf ## Footnote
52
Density
p ## Footnote
53
Temperature
T ## Footnote
54
Heat (energy transferred)
Q ## Footnote
55
Specific heat capacity
c ## Footnote
56
Specific latent heat
L ## Footnote
57
Thermal conductivity of material
k ## Footnote Thermal energy
58
Area
A ## Footnote
59
Thickness (thermal energy)
Δx ## Footnote
60
Luminosity
L ## Footnote
61
Brightness
b ## Footnote
62
Distance
d ## Footnote
63
Emissivity
A measure of how effectively a surface emits thermal radiation. Between 1 (perfect emitter) and 0 (perfect reflector) ## Footnote
64
Albedo
How much light a surface reflects. Between 0 (absorbing all light) to 1 (reflecting all light) ## Footnote
65
Pressure (gas laws)
P ## Footnote
66
Number of moles
n ## Footnote
67
Number of particles (atoms or molecules)
N ## Footnote
68
Volume
V ## Footnote
69
Internal energy of gas
U ## Footnote
70
Current
I ## Footnote
71
Charge
q ## Footnote
72
Potential difference (currents)
V ## Footnote
73
Resistance
R ## Footnote
74
Resistivity (currents)
p ## Footnote
75
Electromotive force (emf)
ε ## Footnote
76
Internal resistance (currents)
r ## Footnote
77
Angular frequency (harmonic motion)
ω ## Footnote
78
Displacement from equilibrium (harmonic motion)
x ## Footnote
79
Wave speed (harmonic motion)
v ## Footnote
80
Frequency
f ## Footnote
81
Wavelength
λ ## Footnote
82
Refractive index
n ## Footnote
83
Distance between slits and screen (double slit experiment)
D ## Footnote
84
Distance between slits (double slit experiment)
d ## Footnote
85
Distance between adjacent maxima (double slit experiment)
s ## Footnote
86
Relative speed between source and observer (doppler effect)
v ## Footnote

physics (2 decks)

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