A tire (mass m) is at the end of a rope (length L) which is hanging off of the branch of a tree. Someone pulls the tire back till the rope is an angle (theta) away from the vertical "axis". The person then releases the tire and it swings. 1. What is the tire’s speed as it swings through it's lowest point? 2. What is the tension in the rope as the tire swings through it's lowest point
A tire (mass m) is at the end of a rope (length L) which is hanging off of the branch of a tree. Someone pulls the tire back till the rope is an angle (theta) away from the vertical "axis". The person then releases the tire and it swings. 1. What is the tire’s speed as it swings through it's lowest point? 2. What is the tension in the rope as the tire swings through it's lowest point
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A tire (mass m) is at the end of a rope (length L) which is hanging off of the branch of a tree. Someone pulls the tire back till the rope is an angle (theta) away from the vertical "axis". The person then releases the tire and it swings.
1. What is the tire’s speed as it swings through it's lowest point?
2. What is the tension in the rope as the tire swings through it's lowest point?
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