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3. An impulse I (kg-sec) is applied to a mass m attached to a spring having spring constant k. The system is damped with damping constant u. Derive expressions for displacement and velocity of the mass, assuming initial conditions x(0) =x (0)=0

3. An impulse I (kg-sec) is applied to a mass m attached to a spring having spring constant k. The system is damped with damping constant u. Derive expressions for displacement and velocity of the mass, assuming initial conditions x(0) =x (0)=0

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7:38 O ll 65% 3. An impulse 1 (kg-sec) is applied to a mass m attached to a spring having spring constant k. The system is damped with damping constant u. Derive expressions for displacement and velocity of the mass, assuming initial conditions x(0)= x (0)=0 II
Transcribed Image Text:7:38 O ll 65% 3. An impulse 1 (kg-sec) is applied to a mass m attached to a spring having spring constant k. The system is damped with damping constant u. Derive expressions for displacement and velocity of the mass, assuming initial conditions x(0)= x (0)=0 II
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