Solution of task 13.6.7 from the collection of Kepe OE
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👤 Михаил_Перович
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13.6.7
The differential equation of motion of the vertical oscillations of the body has the form x + 16x = 20 sin (6t + 0,7). Determine the coefficient of rigidity of the spring to which the body is suspended, if the maximum value of the driving force is Fo = 80N. (Answer 64)
The differential equation of motion of the vertical oscillations of the body has the form x + 16x = 20 sin (6t + 0,7). Determine the coefficient of rigidity of the spring to which the body is suspended, if the maximum value of the driving force is Fo = 80N. (Answer 64)
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