3. With the 4th table, find the ratio of the total kinetic energy before and after each collision. 4. Is the kinetic energy conserved in the magnetic collisions?___ Is it elastic? ___Reversible?__5. Is the kinetic energy conserved in the velcro collisions? ___ Is it elastic?___ Reversible? ___Car l : 0.5146 kgCar 2: 0.5197 kg CollisionRunVelocity ofcar 2beforeVelocity of Velocity ofcar 1 aftercollisionVelocity ofcar 1beforenumbercar 2 afterТуреcollisioncollisioncollision(m/s)(m/s)(m/s)(m/s)Magnetic-0.1966-0.0147-0.1888Magnetic2-0.4533-0.001756-0.4121Velcro-0.5009-0.2271-0.2339Velcro-0.4162-0.2038-0.2043 RunKE of car 1KE of car 2KE of car 1afterKE of car 2Total KETotal KEnumberbeforebeforeafterbeforeaftercollisioncollisioncollisioncollisioncollisioncollision(J)(J)(J)(J)(J)(J)1243.

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Answered: With the 4th table, find the ratio of…

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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3. With the 4th table, find the ratio of the total kinetic energy before and after each collision. 4. Is the kinetic energy conserved in the magnetic collisions?___ Is it elastic? ___Reversible?__ 5. Is the kinetic energy conserved in the velcro collisions? ___ Is it elastic?___ Reversible? ___ Car l : 0.5146 kg Car 2: 0.5197 kg

Collision
Run
Velocity of
car 2
before
Velocity of Velocity of
car 1 after
collision
Velocity of
car 1
before
number
car 2 after
Туре
collision
collision
collision
(m/s)
(m/s)
(m/s)
(m/s)
Magnetic
-0.1966
-0.0147
-0.1888
Magnetic
2
-0.4533
-0.001756
-0.4121
Velcro
-0.5009
-0.2271
-0.2339
Velcro
-0.4162
-0.2038
-0.2043

Run
KE of car 1
KE of car 2
KE of car 1
after
KE of car 2
Total KE
Total KE
number
before
before
after
before
after
collision
collision
collision
collision
collision
collision
(J)
(J)
(J)
(J)
(J)
(J)
1
2
4
3.

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