Physics Data Sheet

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Physics 30
Learner Assessment
Data Sheets of
Constants
Equations
Periodic Table of the Elements
We have completed the content of the Physics 30 Course:
The last content covered was ____________________________________________.
0
1
2
3
4
5
6
7
8
9
Uniform motion (Fnet = 0)
→
Accelerated motion (Fnet ≠ 0)
→
Uniform circular motion (Fnet is radially inward)
Work-energy theorem
Conservation of momentum
Conservation of energy
Conservation of mass-energy
Conservation of charge
Conservation of nucleons
Wave-particle duality
→
Physics Principles
Atomic Mass Unit.............. u = 1.66 × 10 –27 kg
Speed of Light in Vacuum.. c = 3.00 × 10 m/s
Planck’s Constant............... h = 6.63 × 10 –34 J.s
h = 4.14 × 10 –15 eV.s
8
tera............... T..............1012
giga............... G..............10
9
mega ............ M.............106
kilo............... k...............103
hecto . .......... h...............102
deka ............. da.............10
1
deci............... d...............10
centi.............. c...............10 –2
Index of Refraction of Air.. n = 1.00
–1
milli.............. m..............10 –3
Electron Volt...................... 1 eV = 1.60 × 10 –19 J
nano.............. n...............10
micro............ µ..............10 –6
9
C
Coulomb’s Law Constant... k = 8.99 × 10 N.m2/C2
Elementary Charge............ e = 1.60 × 10
pico............... p...............10 –12
Mass of Earth..................... Me = 5.97 × 1024 kg
–9
femto............ f...............10 –15
Radius of Earth.................. re = 6.37 × 106 m
–19
atto .............. a...............10 –18
Gravitational Constant....... G = 6.67 × 10 –11 N.m2/kg2
Charge
< 50 eV/c2
< 50 eV/c2
0.511 MeV/c2
0.511 MeV/c2
Mass
1.67 × 10 –27 kg
1.67 × 10 –27 kg
9.11 × 10 –31 kg
6.65 × 10 –27 kg
Mass
2  ​  e
Up quark, u............................ +​ __
~5 MeV/c2*
3
__
2  ​  e
Anti‑up antiquark, ​u​. ............. –​ __
~5 MeV/c2*
3
1  ​   e
Down quark, d....................... –​ __
~10 MeV/c2*
3
__
1  ​   e
Anti‑down antiquark, ​d​. ........ +​ __
~10 MeV/c2*
3
*Current models seem to suggest a significantly lower
mass of these quarks than those in this table.
​__​
Electron antineutrino, ​ν​. ....... 0
Electron neutrino, ν............... 0
Positron................................. +1e
Electron................................. –1e
First-Generation Fermions
Charge
Neutron.................................. 0
Proton.................................... +1e
Electron................................. –1e
Alpha Particle........................ +2e
Exponential
Prefix Symbol
Value
Acceleration Due to Gravity ​_›
Near Earth.......................... ​a​  ​g  ​= 9.81 m/s2
|  |
Particles
Prefixes Used with SI Units
Constants
PHYSICS DATA SHEET
|  |
​__›
​_
Gm m
_
​›
 
W ​ 
P = ​ __
t
W = ∆E
W = ​F ​ 
​  |​​d ​ 
​ |​ cosθ
​_›
|  | 
​_
1 ​  kx2
Ep = ​ __
2
Ep = mgh
​_›
​_›
F ​
​  ∆t = m∆​v ​› 
​_›
|  |
r
Gm ​ 
​ g​  ​  ​ = ​ ____
2
​__› r
F 
​
​
 
​_›
g
g​
​   = ___
​ m  ​
|  |
1 ​  mv2
Ek = ​ __
2
​_›
T
​F 
​ ​g    ​ = _______
​  12  2 
​ 
​__›
​_›
2
​ a​  ​c  ​ = __
​ vr ​  = _____
​ 4π 2 r 
 ​
p​
​   = m​v ​ 
Momentum and
Energy
F ​
​ s  = – k​x ​› 
_
​›
​F 
​ ​f   ​ = µ ​F 
​ ​N
   ​
​__›
|  |
​  ​net
​_› F 
a​
​   = ​ ____
m   ​
​__›
Dynamics
T
|  |
​_›
|  |
2
2πr ​ 
​v​  ​c  ​ = ​ ____
)
vf2 = vi2 + 2ad
( 
​_›
​_›
​_› 2
1 ​ ​ a​
d ​
​   = v ​
​  ft – ​ __
 t
2
​_›
​_›
​_›
v​  ​f + v​  ​i
d ​
​   = ​ ______
​     
​  ​t
2
​_›
​_
​_
d ​
​   = ​v ​› it + __
​ 1  ​ ​a​› t 2
2
​_›
∆​v ​› ​  
a​
​  ave = ​ ___
∆t
​_
​_›
​  ​ ​
v ​
​  ave = ___
​ ∆ d 
∆t
​_›
Kinematics
EQUATIONS
__
)
do
xd ​
λ = ​ ___
nl
Ek
max
= qeVstop
W = hf 0
Atomic Physics
|​E ​ 
 ​  |​ = ___
​ ∆V  ​
∆d
​_›
_
​›
 
F 
​  ​
E ​
​ = ___
​  qe   ​
​_›
_​ _›
(  )
⊥
 
​__›
hc  ​
E = hf = ​ ___
λ
n
1
N = N0​​ __
​   ​  ​​ ​
2
​__›
​ ​ ​m
 
|  | |  |
| F   |​ = qv ​| B  ​ ​ |​
​F 
​ ​m
    ​ = Il⊥​B ​ 
​  ​
​__›
q
I = ​ __t ​ 
kq
​|E ​ 
 ​  |​ = ​ ___
 ​ 
r2
r
∆E ​ 
∆V = ​ ___
q
​_
| 
​__›
d sin ​
θ 
λ = ​ ______
n  
›
kq1q2
​F 
​ ​e    ​ = ​ ______
   
 
​
2
|
1
di
2
λ2
sinθ1
n2
v1
λ1
_____
__
___
​ 
 ​  = ​ ___
n  ​   = ​ v   ​ = ​   ​ 
sinθ2
f
__
​ 1   ​ = ___
​ 1  ​   + ___
​ 1  ​ 
h
– di
m = ​ ___i  ​   = ​ ____ ​
 
ho
do
Electricity and Magnetism
( 
f = ​ ______
​  v   ​  ​fs
v ± vs
v = f λ
1 ​ 
T = ​ __
f
√ 
T = 2π ​ __
​ gl  ​   ​
___
T = 2π​√__
​  m ​  ​ 
k
Waves
h
∆λ = ​ ___
mc   ​ (1 – cosθ)
E = pc
1  ​ ab
Triangle = ​ __
2
Rectangle = lw
Area
y = mx + b
∆y
m = ​ ___  ​
∆x
Line
Circle = 2π r
Circumference
y: [ymin, ymax, yscl]
x: [xmin, xmax, xscl]
Graphing Calculator Window Format
c2 = a2 + b2 – 2ab cos C
2
b   ​  = ​ _____
c   ​  Circle = π r
_____
​  a   ​  = ​ _____
sin A
sin B
sin C
c2 = a2 + b2
opposite
tanθ = ​ _______ ​ 
adjacent
adjacent
cosθ = ​ __________
 
 ​ 
hypotenuse
opposite
sinθ = ​ __________
 
 ​ 
hypotenuse
Trigonometry and Geometry
h ​
p = ​ __
λ
∆E = ∆mc2
Quantum Mechanics and Nuclear Physics
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