Use conservation of energy to solve the following problems. Your final conservation of energy equation must...

 

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Use conservation of energy to solve the following problems. Your final conservation of energy equation must be shown. 3.) A ball starts at the top of a slide at point A with an initial velocity of 3m/s. Point A is a height of 2m off of the ground. It travels to the bottom of the slide at point B and then moves straight up into the air to point C. There is no friction in the problem. a.) Find the final velocity of the ball at point B if point B is on the ground. b.) Find the height of point C if the ball is at maximum height at point C. Use conservation of energy to solve the following problems. Your final conservation of energy equation must be shown. 3.) A ball starts at the top of a slide at point A with an initial velocity of 3m/s. Point A is a height of 2m off of the ground. It travels to the bottom of the slide at point B and then moves straight up into the air to point C. There is no friction in the problem. a.) Find the final velocity of the ball at point B if point B is on the ground. b.) Find the height of point C if the ball is at maximum height at point C.