along the direction of motion of m1. The ratio m1/m2 is

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A steel ball of radius 2cm is at rest on a frictionless surface. Another ball of radius 4cm moving at a velocity of 81cm/see collides elastically with first ball. After collision the smaller ball moves with speed of
22
Oct
A steel ball of radius 2cm is at rest on a frictionless surface. Another ball of radius 4cm moving at a velocity of 81cm/see collides elastically with first ball. After collision the smaller ball moves with speed of A body of mass m1 moving with a velocity 3m/s collides with another body at rest of [...]
Posted in: Cengage NEET by C.P Singh , Chapter 10 - COM, Momentum and Collision , Part 1 ,
Tags: A body of mass m1 moving with a velocity 3m/s collides with another body at rest of m2 . After collision the velocities of the two bodies are 2m/s and 5m/s , along the direction of motion of m1. The ratio m1/m2 is , respectively ,
A body of mass m1 moving with a velocity 3m/s collides with another body at rest of m2 . After collision the velocities of the two bodies are 2m/s and 5m/s , respectively , along the direction of motion of m1. The ratio m1/m2 is
22
Oct
A body of mass m1 moving with a velocity 3m/s collides with another body at rest of m2 . After collision the velocities of the two bodies are 2m/s and 5m/s , respectively , along the direction of motion of m1. The ratio m1/m2 is A body of mass m1 moving with a velocity 3m/s [...]
Posted in: Cengage NEET by C.P Singh , Chapter 10 - COM, Momentum and Collision , Part 1 ,
Tags: A body of mass m1 moving with a velocity 3m/s collides with another body at rest of m2 . After collision the velocities of the two bodies are 2m/s and 5m/s , along the direction of motion of m1. The ratio m1/m2 is , respectively ,