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(Solved):   For a damped oscillator (as in the figure), m = 290 g, k = 65 N/m and b = 81 g/s. Since th ...



For a damped oscillator (as in the figure), m = 290 g, k = 65 N/m and b = 81 g/s. Since there is
damping, once an oscillation

 

For a damped oscillator (as in the figure), m = 290 g, k = 65 N/m and b = 81 g/s. Since there is damping, once an oscillation is started the amplitude of the oscillation decreases with time. What is the ratio of the oscillation amplitude at the end of 23 cycles to the initial amplitude? Since your answer is a ratio, it is unitless. H50000 damping, b


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