The impulse-momentum theorem relates impulse to the change in momentum. You throw a 400 g rubber ball at 10 m/s against a wall. The ball rebounds at 8 m/s.      1. What is the initial momentum? ________ Final momentum? ________ Impulse? ________    2. Given this, is it better for a car to come to a stop or bounce back in a collision? ___________

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A: (a) Consider the following diagram. Let the angle made by mass B with the horizontal axis is β.

Q: FIGURE 1 shows a ball with a mass 400 g is moving horizontally at speed 13 m s', hits a wall and…

A: The mass of the ball m=400 g=0.4 kg The initial speed of the ball u=13 m/s The final speed of the…

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Q: In the illustration below. How does the Impulse compare to the change in momentum? Write an equation…

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Q: The impulse-momentum theorem relates impulse to the change in momentum. I need help with all the…

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A: Please see the answer below.

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A: Dear student The momentum is defined as : P = mv Where m = mass of body v = velocity

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Q: TOPIC: Impulse and Momentum A 80 kg astronaut throws a 7 kg ball with a velocity of 25 m/s east.…

A: 80kg Astronaut throws 7kg ball at 25m/s east

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A: impulse acting on the golf ball.

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Q: The impulse-momentum theorem relates impulse to the change in momentum. 3.    You throw a 400 g lump…

A: Change in momentum is known as impulse .It is a vector quantity.

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A: According to newton's second law of motion : Force = rate of change of momentum F = mass×change of…

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A: Solution: given the momentum  we ahve to find the mass or velocity

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A: mass, m=3 kg velocity, v=100 m/s Momentum, P=m×v=3×100=300 kg-ms

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A: This question is from law of conservation of momentum. Refer attachment for detail solution.

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A: Given data:   Force (F) = 1274 N Time (t) = 38 ms = 0.038 s Required: Impulse (I)