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3) A ball O (mass mj) hits a second ball O (mass m2, velocity v2=0) with a velocity vị as shown in Figure. Assume that the impact is partially elastic (coefficient of restitution e=0.6) and all surfaces are smooth. Given: r2=3ri, m2=4m1. Determine the velocities of the balls after the collision. m2 T2 1) T

3) A ball O (mass mj) hits a second ball O (mass m2, velocity v2=0) with a velocity vị as shown in Figure. Assume that the impact is partially elastic (coefficient of restitution e=0.6) and all surfaces are smooth. Given: r2=3ri, m2=4m1. Determine the velocities of the balls after the collision. m2 T2 1) T

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dynamics question 

m1=85 kg 

v1=85 m/s

r1=5 m

(mass m2, velocity v2=0) with a velocity vị as shown in Figure. 3) A ball Assume that the impact is partially elastic (coefficient of restitution e=0.6) and all surfaces are smooth. Given: r2=3rı, m2=4m1. Determine the velocities of the balls after the collision. (mass mj) hits a second ball m2 (2 r2 V1
Transcribed Image Text:(mass m2, velocity v2=0) with a velocity vị as shown in Figure. 3) A ball Assume that the impact is partially elastic (coefficient of restitution e=0.6) and all surfaces are smooth. Given: r2=3rı, m2=4m1. Determine the velocities of the balls after the collision. (mass mj) hits a second ball m2 (2 r2 V1
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