A stunt performer, standing at the edge of a 10 m high building, falls off and lands on a trampoline. (Initial situation). The trampoline brings him to a stop 2. initial: v = 0; h = 10 m at ground level. (Intermediate situation) The trampoline then bounces him S m in the air. (Final situation). System = performer, trampoline and earth O final: v =0 h= 5 m Without numbers, complete the energy bar chart that represents the energy storage in each stage. If there is none of a particular type of energy, write a zero where the bar would go. intermediate: V 0; h = 0 Initial Situation KE GPE EPE NME Total Energy Intermediate Situation KE GPE EPE NME Total Energy Final Situation KE GPE ЕРЕ NME Total Energy Epe- elastic Potential enirsy NME= Net metabolizable enersy %3D

A stunt performer, standing at the edge of a 10 m high building, falls off and lands on a trampoline. (Initial situation). The trampoline brings him to a stop 2. initial: v = 0; h = 10 m at ground level. (Intermediate situation) The trampoline then bounces him S m in the air. (Final situation). System = performer, trampoline and earth O final: v =0 h= 5 m Without numbers, complete the energy bar chart that represents the energy storage in each stage. If there is none of a particular type of energy, write a zero where the bar would go. intermediate: V 0; h = 0 Initial Situation KE GPE EPE NME Total Energy Intermediate Situation KE GPE EPE NME Total Energy Final Situation KE GPE ЕРЕ NME Total Energy Epe- elastic Potential enirsy NME= Net metabolizable enersy %3D

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Newton’s Third Law of Motion

The horse pulls the cart and the cart pulls the horse in response as per Newton third law. So the big question is, “Don’t the two forces cancel each other? How does the cart accelerate?”

Question

2. A stunt performer, standing at the edge of a 10 m
high building, falls off and lands on a trampoline.
(Initial situation). The trampoline brings him to a stop
initial: v = 0; h = 10 m
at ground level. (Intermediate situation) The
trampoline then bounces him 5 m in the air. (Final
situation). System performer, trampoline and earth
o final: v =0
h = 5 m
Without numbers, complete the energy bar chart that
represents the energy storage in each stage. If there is none
of a particular type of energy, write a zero where the bar
would go.
intermediate:
V = 0; h = 0
Initial Situation
KE
GPE
ЕРЕ
NME
Total Energy
Intermediate Situation
KE
GPE
EPE
NME
Total Energy
Final Situation
KE
GPE
EPE
NME
Total Energy
Epez elastic Potential enersy
NME = Net metabolizable enersy

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