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Shown here is top view of a table. A particle of mass m is directed towards a disc of radius R and mass m. Mass of both disc and object are m. Velocity of particle before collision is v. Particle moves at a constant distance R/2 above centre as shown. Find final velocities of particle and disc after collision if disc is at rest before collision. (2-dimensional collision)

Shown here is top view of a table. A particle of mass m is directed towards a disc of radius R and mass m. Mass of both disc and object are m. Velocity of particle before collision is v. Particle moves at a constant distance R/2 above centre as shown. Find final velocities of particle and disc after collision if disc is at rest before collision. (2-dimensional collision)


2482_17631_Conservation of Momentum.jpg

Grade:10

1 Answers

aryan kashyap
34 Points
10 years ago

velocity components along line of impact changes and perpendicular to it remain the same.

thr4 disc now moves with velocity of disc is vsin@ and particl is vcos@ whr sin@=r/2r=1

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