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Two Weights (Weight 1 and Weight 2) Are Suspended from the Ceiling

Question 56

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Two weights (weight 1 and weight 2) are suspended from the ceiling by springs. At time t = 0 (t in seconds) , the weights are set in motion and begin bobbing up and down. Eventually, however, the oscillation of both weights dies down. The following equations describe the distance of each weight from the ceiling as a function of time:
Two weights (weight 1 and weight 2)  are suspended from the ceiling by springs. At time t = 0 (t in seconds) , the weights are set in motion and begin bobbing up and down. Eventually, however, the oscillation of both weights dies down. The following equations describe the distance of each weight from the ceiling as a function of time:   and   . At what time are the two weights farthest apart? A)  At t = 0. B)  Between t = 0 and t = 0.5. C)  At t = 0.5. D)  Between t = 0.5 and t = 1. E)  At t = 1. and Two weights (weight 1 and weight 2)  are suspended from the ceiling by springs. At time t = 0 (t in seconds) , the weights are set in motion and begin bobbing up and down. Eventually, however, the oscillation of both weights dies down. The following equations describe the distance of each weight from the ceiling as a function of time:   and   . At what time are the two weights farthest apart? A)  At t = 0. B)  Between t = 0 and t = 0.5. C)  At t = 0.5. D)  Between t = 0.5 and t = 1. E)  At t = 1. .
At what time are the two weights farthest apart?


A) At t = 0.
B) Between t = 0 and t = 0.5.
C) At t = 0.5.
D) Between t = 0.5 and t = 1.
E) At t = 1.

Correct Answer:

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