08_InstSolManual_PDF_Part9

08_InstSolManual_PDF_Part9 - Momentum 8-9 8.31. Set Up: For...

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8.31. Set Up: For an elastic collision with B initially stationary, the final velocities are and Apply these equations with and Solve: (a) The 0.300 kg glider moves to the right at and the 0.150 kg glider moves to the right at (b) Reflect: The relative velocity after the collision has magnitude the same as before the collision. The initial kinetic energy of the system is The final kinetic energy is the same as the initial kinetic energy, apart from a slight difference due to rounding. 8.32. Set Up: For an elastic collision with B initially stationary, the final velocity of B is Apply this equation with and Solve: Collision: Motion after the collision: The kinetic energy of the fixture just after the collision is converted to gravitational poten- tial energy as the fixture swings up to a maximum height h . Conservation of energy gives and 8.33. Set Up: For an elastic collision with B initially stationary, the final velocities are and Apply these equations with and Solve: (a) The proton recoils to the left at
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