4m/s 450 300 a) What is the speed of ball A after the oollision? VA- b) What is the speed of ball B aftor the collision? VB - c) How much mechanical energy was convert into heat during the collislon?. AE=

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A 5kg ball (A) is moving at a speed of 4mis and bounces against another 5kg ball (B)
which is at rest. After the collision, the balls separate at an angle of 45° and 30° (see
Transcribed Image Text:A 5kg ball (A) is moving at a speed of 4mis and bounces against another 5kg ball (B) which is at rest. After the collision, the balls separate at an angle of 45° and 30° (see
4m/s
450
30°
a) What is the speed of ball A after the collision?
VA =
b) What is the speed of ball B after the collision?
VB -
c) How much mechanical energy was convert into heat during the collision?.
AE=
Transcribed Image Text:4m/s 450 30° a) What is the speed of ball A after the collision? VA = b) What is the speed of ball B after the collision? VB - c) How much mechanical energy was convert into heat during the collision?. AE=
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