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-0.41 58. Given the model d = -8e' 'cos Tt, for an object in damped harmonic motion, a. Determine the initial displacement, d (in centimeters). b. Graph the model on a graphing utility. c. Determine the time t (in seconds) between two consecutive relative maxima. d. By what percentage is the displacement of the object decreased with each successive oscillation between consecutive maxima? Round to the nearest tenth of a percent.

-0.41 58. Given the model d = -8e' 'cos Tt, for an object in damped harmonic motion, a. Determine the initial displacement, d (in centimeters). b. Graph the model on a graphing utility. c. Determine the time t (in seconds) between two consecutive relative maxima. d. By what percentage is the displacement of the object decreased with each successive oscillation between consecutive maxima? Round to the nearest tenth of a percent.

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-0.41 58. Given the model d = -8e' 'cos Tt, for an object in damped harmonic motion, a. Determine the initial displacement, d (in centimeters). b. Graph the model on a graphing utility. c. Determine the time t (in seconds) between two consecutive relative maxima. d. By what percentage is the displacement of the object decreased with each successive oscillation between consecutive maxima? Round to the nearest tenth of a percent.
Transcribed Image Text:-0.41 58. Given the model d = -8e' 'cos Tt, for an object in damped harmonic motion, a. Determine the initial displacement, d (in centimeters). b. Graph the model on a graphing utility. c. Determine the time t (in seconds) between two consecutive relative maxima. d. By what percentage is the displacement of the object decreased with each successive oscillation between consecutive maxima? Round to the nearest tenth of a percent.
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