AP Physics Workbook 5.O Conservation of Energy and Momentum

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This is the video that cover the section 5.O in the AP Physics 1 Workbook.
Topic over:
1. How mass doesn’t affect total mechanical energy of the system
2. How mass does affect total momentum of the system
3. Deriving an equation to solve for the velocity of an inelastic collision.

This is a packet given to student by the CollegeBoard and for student to do. Students are to give the packet an honesty attempt and effort. This video is created to supplement the learning and to provide assistance to student in the learning process and is not supposed to be use as a cheating tool.
  1. Mr.S ClassRoom
  2. AP Physics 1
  3. Workbook
  4. Momentum
  5. Energy
  6. collusion
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AP Physics Workbook 0:06:43

AP Physics Workbook 5.O Conservation of Energy and Momentum

AP Physics Workbook 0:06:40

AP Physics Workbook 5.K Conservation of Momentum

AP Physics Workbook 0:09:39

AP Physics Workbook 5.I Momentum Representations

AP Physics Workbook 0:12:53

AP Physics Workbook 5.M Collisions

AP Physics Workbook 0:14:27

AP Physics Workbook 5.A Center of Mass

AP Physics Workbook 0:14:46

AP Physics Workbook 5.E Conservation of momentum in Inelastic Collisions

AP Physics Workbook 0:05:21

AP Physics Workbook 5.J Explosions

AP Physics Workbook 0:18:46

AP Physics Workbook 4.O Conservation of Energy and Circular Motion

AP Physics Workbook 0:08:17

AP Physics Workbook 5.F Conservation of momentum in Elastic Collisions

AP Physics Workbook 0:11:18

AP Physics Workbook 5.H Experimental Design-Impulse

AP Physics Workbook 0:09:19

AP Physics Workbook 4.J Impact of Mass on Conservation of Energy

AP Physics Workbook 0:16:02

AP Physics Workbook 10.B Relationship Between Wave Speed, Frequency, and Wavelength

AP Physics Workbook 0:08:48

AP Physics Workbook 5.L Inelastic Collisions

AP workbook 5 0:08:32

AP workbook 5 G 5H

AP Physics Workbook 0:10:40

AP Physics Workbook 5.D Change in Momentum

AP Physics Workbook 0:06:40

AP Physics Workbook 5.N Center of Mass Motion

AP Physics Workbook 0:19:37

AP Physics Workbook 6.B Simple Harmonic Motion and Energy Review

AP workbook 5E 0:08:28

AP workbook 5E 5F

AP Physics Workbook 0:11:03

AP Physics Workbook 5.B Impulse

AP Physics Workbook 0:13:01

AP Physics Workbook 6.K Mass and Period of Mass Spring System

AP Physics Workbook 0:08:53

AP Physics Workbook 5.C Impulse

AP Physics Workbook 0:09:01

AP Physics Workbook 10.A Properties of a Wave

AP Physics Workbook 0:10:01

AP Physics Workbook 5.G Ballistic Pendulum

APP1 Workbook Unit 0:15:34

APP1 Workbook Unit 5

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i dont understand your anwser to question II. the way i see it the spring is applying a set impulce into the car at the start. this means that the momentum is set at all times, and that any increase of mass must be matched by a lowering of the velocity. the momentum should stay the same

nachoxd
Автор

You rationalized wrong, M is not supposed to be squared in the last equation

muhammadzaid