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A simple pendulum is displaced to the left of its equilibrium position and is released from rest. Set the origin of the coordinate system at the equilibrium position of the pendulum, and let counterclockwise be the positive angular direction. Assume air resistance is so small that it can be ignoredPart A:
Beginning the instant the pendulum is released, select the graph that best matches the angular position vs. time graph for the pendulum.
Part B:
Beginning the instant the object is released; select the graph that best matches the velocity vs. time graph for the object.
Part C:
Beginning the instant the object is released; select the graph that best matches the acceleration vs. time graph for the object.
thanks guys! im so lost on this :/

Respuesta :

oyejam

Answer:

a. the graph that best matches the angular position vs. time graph for the pendulum is graph F

b. the graph that best matches the velocity vs. time graph for the object is graph G

c. the graph that best matches the acceleration vs. time graph for the object is graph H

The above answers are based on the missing graphs that i attached below.

Explanation:

Check the sketched graphs for more details of answers provided.

Ver imagen oyejam

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