Gifbin Com What Is The Velocity Of The Boy Holding The White Ball After Collision If The Following Is True Mass Of Boy 1 (47.85 KiB) Viewed 14 times
Gifbin Com What Is The Velocity Of The Boy Holding The White Ball After Collision If The Following Is True Mass Of Boy 2 (47.74 KiB) Viewed 14 times
Gifbin Com What Is The Velocity Of The Boy Holding The White Ball After Collision If The Following Is True Mass Of Boy 3 (47.74 KiB) Viewed 14 times
gifbin.com What is the velocity of the boy holding the white ball after collision if the following is true: Mass of boy with blue ball 1: 52 kg Initial Velocity of boy with blue ball 1: 1 m/s Mass of boy with blue ball 2: 74 kg Initial Velocity of boy with blue ball 1: 4 m/s Mass of boy with purple ball: 52 kg Initial Velocity of boy with purple ball: 5 m/s Mass of boy with White ball 1: 71 kg Initial Velocity of boy with white ball: -6 m/s (moving in opposite direction) Assume the 3 other boys are not moving after collison Leave the answer to one decimal places and have no spaces between answer and units. (in reality this is a transfer of elastic energy to kinetic energy problem, but for this practice it is a conservation of momentum and all movement is in 1 plane)
gifbm.com What is the velocity of the boy holding the white ball after collision if the following is true: Mass of boy with blue ball 1: 52 kg Initial Velocity of boy with blue ball 1: 1 m/s Mass of boy with blue ball 2: 74 kg Initial Velocity of boy with blue ball 1:4 m/s Mass of boy with purple ball: 52 kg Initial Velocity of boy with purple ball: 5 m/s Mass of boy with White ball 1: 71 kg Initial Velocity of boy with white ball: -6 m/s (moving in opposite direction) Assume the 3 other boys are not moving after collison Leave the answer to one decimal places and have no spaces between answer and units. (in reality this is a transfer of elastic energy to kinetic energy problem, but for this practice it is a conservation of momentum and all movement is in 1 plane)
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