3. You are trying to shoot the game-winning three pointer in basketball. You are standing 6.75...

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3. You are trying to shoot the game-winning three pointer in basketball. You are standing 6.75 meters away from the basket, which is 3 meters above the ground. You release your shot at a height of 3 meters above the ground. a) At what minimum initial velocity do you need to shoot the ball in order to shoot the ball over the defender who is standing halfway between you and the basket and can block shots lower than 4 meters? b) How long will it take the ball to reach the basket if shot at the initial velocity found in part a)? c) What will the velocity of the ball be when it reaches the basket? d) What will the impact velocity of the ball be when it reaches the ground? 3. You are trying to shoot the game-winning three pointer in basketball. You are standing 6.75 meters away from the basket, which is 3 meters above the ground. You release your shot at a height of 3 meters above the ground. a) At what minimum initial velocity do you need to shoot the ball in order to shoot the ball over the defender who is standing halfway between you and the basket and can block shots lower than 4 meters? b) How long will it take the ball to reach the basket if shot at the initial velocity found in part a)? c) What will the velocity of the ball be when it reaches the basket? d) What will the impact velocity of the ball be when it reaches the ground?

Answer rating: 100% (QA)

This physics problem can be solved by employing principles from kinematics specifically projectile motion Well address each part of the question in sequence a To find the minimum initial velocity requ... View the full answer