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(c) What is the speed of the pendulum at the bottom of the swing (0 degrees)? (d) Does the force of tension do any work as the pendulum swings? Explain why. 45° v = 0 v = ?

(c) What is the speed of the pendulum at the bottom of the swing (0 degrees)? (d) Does the force of tension do any work as the pendulum swings? Explain why. 45° v = 0 v = ?

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(c) What is the speed of the pendulum at the bottom of the swing (0 degrees)? (d) Does the force of tension do any work as the pendulum swings? Explain why. 45° v = 0 v= ?
Transcribed Image Text:(c) What is the speed of the pendulum at the bottom of the swing (0 degrees)? (d) Does the force of tension do any work as the pendulum swings? Explain why. 45° v = 0 v= ?
Problem 6 You hold a pendulum with a length of 35.0 cm at an angle of 45.0 degrees from the vertical. You then let it go. Assume no air resistance acts as the pendulum swings down, so you can use conservation of mechanical energy.
Transcribed Image Text:Problem 6 You hold a pendulum with a length of 35.0 cm at an angle of 45.0 degrees from the vertical. You then let it go. Assume no air resistance acts as the pendulum swings down, so you can use conservation of mechanical energy.
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