In the illustration below. How does the Impulse compare to the change in momentum? Write an equation to show the relationship between Impulse and Change in Momentum. VariablesIndependent Variable: ImpulseDependent Variable: Change in MomentumConstant: Wally's massTrialForce (N) Force Time(s)655.3981006.4351307.5891758.3611234Impulse(Fxt)(Nxs)350.87643.5986.571463.18VAI=II V V V<Change inMomentum(Mass XAv)(kg xm/s)350.87643.82986.841464.29Mass (kg)50627582Change inVelocity (d/t)10m+ photogate time7.0175438610.3842159913.1578947417.85714286

Newton's Second Law states that the force applied to the body is equal to the rate of change of…

Answered: In the illustration below. How does the…

In the illustration below. How does the Impulse compare to the change in momentum? Write an equation to show the relationship between Impulse and Change in Momentum.

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter10: Systems Of Particles And Conservation Of Momentum

Section: Chapter Questions

Problem 5PQ

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Question

In the illustration below. How does the Impulse compare to the change in momentum? Write an equation to show the relationship between Impulse and Change in Momentum.

Variables
Independent Variable: Impulse
Dependent Variable: Change in Momentum
Constant: Wally's mass
Trial
Force (N) Force Time
(s)
65
5.398
100
6.435
130
7.589
175
8.361
1234
Impulse
(Fxt)(Nxs)
350.87
643.5
986.57
1463.18
VAI
=
II V V V
<
Change in
Momentum
(Mass X
Av)(kg x
m/s)
350.87
643.82
986.84
1464.29
Mass (kg)
50
62
75
82
Change in
Velocity (d/t)
10m
+ photogate time
7.01754386
10.38421599
13.15789474
17.85714286

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