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Category > Applied Sciences Posted 28 Jul 2017 My Price 4.00

The uniform slender bar of mass m is initially in static equilibrium in the position shown.

The uniform slender bar of mass m is initially in static equilibrium in the position shown. The bar is then rotated slightly and released. (a) Derive the differential equation of motion in terms of the angular displacement θ of the bar. (b) If m = 6 kg and k = 3 kN/m, determine the damping coefficient c that will critically damp the vibration

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Alpha Geek
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Status NEW Posted 28 Jul 2017 12:07 PM My Price 4.00

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