· (node) 11. The quantity that does not change as a wave passes form one medium to another....
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![Page 1: · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16.](https://reader034.fdocuments.net/reader034/viewer/2022051801/5ae3df037f8b9a5d648e81fc/html5/thumbnails/1.jpg)
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![Page 5: · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16.](https://reader034.fdocuments.net/reader034/viewer/2022051801/5ae3df037f8b9a5d648e81fc/html5/thumbnails/5.jpg)
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Kinem
aticsNew
ton's Laws of M
otion
Special Forces
Friction
Springs Linear E
quilibriumDynam
ics
1Dimensional
2Dimensional
1st Law: Inertia
2nd Law:
3rd Law: A
ction/Reaction
Weight
Kinem
atics
Rotational E
quilibrium
Gravitation
Circular M
otion
Orbital M
otion
erf
I partiedwith
that guy
The Johannes Brothers
To Impulse M
omentum
Theorem
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Mom
entum
Transverse
Torsional
Interference
constructivedestructive
standing wave patterns
Collisions
ElasticInElastic
L
ATER
V20 m
/s
32 m/s
θ
EnergyPotential
Kinetic
Gravitational
ElasticChem
ical
"Large" Object M
otion
Heat
ElectricalFriction /A
ir Drag Linear
Rotational
Radiant
Light / ElectroMagnetic W
aves
Nuclear
Molecular M
otion
Mechanical W
aves
Impulse
Longitudinal
A.K.A. Super Position
From Newton's Third Law