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When the 10 gr ball hits the 30 gr triangular block, its velocity is 15 m / s. Find the velocities of the ball and the block after the collision, if the block was stationary on a non-friction surface before the collision. (The collision coefficient will be taken as e-0.5) 300

When the 10 gr ball hits the 30 gr triangular block, its velocity is 15 m / s. Find the velocities of the ball and the block after the collision, if the block was stationary on a non-friction surface before the collision. (The collision coefficient will be taken as e-0.5) 300

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When the 10 gr ball hits the 30 gr triangular block, its velocity is 15 m / s. Find the velocities of the ball and the block after the collision, if the block was stationary on a non-friction surface before the collision. (The collision coefficient will be taken as e-0.5) 300
Transcribed Image Text:When the 10 gr ball hits the 30 gr triangular block, its velocity is 15 m / s. Find the velocities of the ball and the block after the collision, if the block was stationary on a non-friction surface before the collision. (The collision coefficient will be taken as e-0.5) 300
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