28. A runner with a mass of 75 kg is dashing at a speed of 7.5 m/s makes a perfectly inelastic collision with a linebacker with a mass of 95 kg that is at rest before the collision. What is the speed of the two players after the collision?

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Chapter1: Units, Trigonometry. And Vectors
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Impulse and Momentum
Problem Solving
28.
A runner with a mass of 75 kg is dashing at a speed of 7.5 m/s makes
a perfectly inelastic collision with a linebacker with a mass of 95 kg
that is at rest before the collision. What is the speed of the two
players after the collision?
29.
A runner with a mass of 75 kg is dashing at a speed of 7.5 m/s makes
a perfectly inelastic collision with a linebacker with a mass of 95 kg
that is at rest before the collision. How much KE is lost?
Impulse and Momentum
Problem Solving
30.
A 1-kg ball (m,) is moving with a velocity of (10 m/s)i makes an elastic
collision with an identical ball (m,) moving with a velocity of (5 m/s)j.
The velocity of m, after collision is 8 m/s, 30° N of E. What is the
velocity of m, after collision?
Transcribed Image Text:Impulse and Momentum Problem Solving 28. A runner with a mass of 75 kg is dashing at a speed of 7.5 m/s makes a perfectly inelastic collision with a linebacker with a mass of 95 kg that is at rest before the collision. What is the speed of the two players after the collision? 29. A runner with a mass of 75 kg is dashing at a speed of 7.5 m/s makes a perfectly inelastic collision with a linebacker with a mass of 95 kg that is at rest before the collision. How much KE is lost? Impulse and Momentum Problem Solving 30. A 1-kg ball (m,) is moving with a velocity of (10 m/s)i makes an elastic collision with an identical ball (m,) moving with a velocity of (5 m/s)j. The velocity of m, after collision is 8 m/s, 30° N of E. What is the velocity of m, after collision?
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