Question

41. The picture to the right shows the acceleration of a spring block system oscillating back and forth. The dots indicate instantaneous acceleration values at specific times. At what time or times is the block at $-x_m$? At what time or times is the velocity of the block negative? At what time or times is the velocity of the block zero?

          41. The picture to the right shows the acceleration of a spring block system oscillating back and forth. The dots indicate instantaneous acceleration values at specific times.
At what time or times is the block at $-x_m$?
At what time or times is the velocity of the block negative?
At what time or times is the velocity of the block zero?

41. The picture to the right shows the acceleration of a spring block system oscillating back and forth. The dots indicate instantaneous acceleration values at specific times.
At what time or times is the block at -xm?
At what time or times is the velocity of the block negative?
At what time or times is the velocity of the block zero?

Added by Marina J.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Shaiju T

05/06/2022

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This is because the block will reach its maximum displacement when the acceleration is zero. Show more…

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The picture to the right shows the acceleration of a spring block system oscillating back and forth. The dots indicate instantaneous acceleration values at specific times. At what time or times is the block at -x_(m) ? At what time or times is the velocity of the block negative? At what time or times is the velocity of the block zero? 41.The picture to the right shows the acceleration of a spring block system oscillating back and forth. The dots indicate instantaneous acceleration values at specific times At what time or times is the block at -xm? At what time or times is the velocity of the block negative? At what time or times is the velocity of the block zero?