hink whether it is an elastic, inelastic, perfectly inelastic collision? Justify? a. Cart 1 colliding with Cart 2 which is initially at rest (different masses) b. Cart 1 colliding with Cart 2 which is initially at rest and cart B has a much greater mass c. A collision between Cart 1 and Cart 2 where they stick together d. An "explosion" of Cart 1 and Cart 2, when they start together at a resting initial velocity where Cart 1 has a spring plunger that starts the "exp
hink whether it is an elastic, inelastic, perfectly inelastic collision? Justify? a. Cart 1 colliding with Cart 2 which is initially at rest (different masses) b. Cart 1 colliding with Cart 2 which is initially at rest and cart B has a much greater mass c. A collision between Cart 1 and Cart 2 where they stick together d. An "explosion" of Cart 1 and Cart 2, when they start together at a resting initial velocity where Cart 1 has a spring plunger that starts the "exp
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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Think whether it is an elastic, inelastic, perfectly inelastic collision? Justify?
a. Cart 1 colliding with Cart 2 which is initially at rest (different masses)
b. Cart 1 colliding with Cart 2 which is initially at rest and cart B has a much greater mass
c. A collision between Cart 1 and Cart 2 where they stick together
d. An "explosion" of Cart 1 and Cart 2, when they start together at a resting initial velocity where Cart 1 has a spring plunger that starts the "explosion'

Transcribed Image Text:a
1
2
O.Skg
0:514 lkg
Y= 0.5 */s
Yf = 0.47 m/s
ニ
1
O.Skg
1.011 kg
V =Om/s
= 0.5 "/s
Vf = 0.102 m/s
YA = 0.294 m/s
1
1.
2.
O.Skg
0.514 kg
VA=0.149 m/s
Y =0.164 mls
V = 0.61 S m/s
2
1.
ve
0.5 kg
0.514 bg
To=0. m/s
Ye = 0.4 62 /s
s/m&86'0= ん
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