A 2-lb weight object stretches a spring 1/2 ft. The weight is then pulled down 1/4 ft. below its equilibrium position and released at t = 0, directed downward. Neglecting the resistance of the medium,...


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A 2-lb weight object stretches a spring 1/2 ft. The weight is then pulled down 1/4<br>ft. below its equilibrium position and released at t = 0, directed downward. Neglecting<br>the resistance of the medium, find the position of the object with respect to time. Deter-<br>mine the amplitude, period and frequency of the resulting motion (g = 32 ft/s²).<br>%3D<br>

Extracted text: A 2-lb weight object stretches a spring 1/2 ft. The weight is then pulled down 1/4 ft. below its equilibrium position and released at t = 0, directed downward. Neglecting the resistance of the medium, find the position of the object with respect to time. Deter- mine the amplitude, period and frequency of the resulting motion (g = 32 ft/s²). %3D

Jun 05, 2022
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