A 10 g bullet with velocity v passes through a 0.60 kg pendulum and exits with velocity v / 2. The pendulum is 30 cm long and is suspended from a rope of negligible mass. What is the minimum velocity of the projectile for the pendulum to move in a complete vertical circle? Find the minimum initial speed of the bullet necessary to provide the necessary speed to the pendulum.
A 10 g bullet with velocity v passes through a 0.60 kg pendulum and exits with velocity v / 2. The pendulum is 30 cm long and is suspended from a rope of negligible mass. What is the minimum velocity of the projectile for the pendulum to move in a complete vertical circle? Find the minimum initial speed of the bullet necessary to provide the necessary speed to the pendulum.
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A 10 g bullet with velocity v passes through a 0.60 kg pendulum and exits with velocity v / 2. The pendulum is 30 cm long and is suspended from a rope of negligible mass. What is the minimum velocity of the projectile for the pendulum to move in a complete vertical circle? Find the minimum initial speed of the bullet necessary to provide the necessary speed to the pendulum.
Can someone walk me through the steps? I am stumped on these types of problems and would appreciate it so much.
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