A mass-spring system (mass 0.1 kg) in a medium with a small damping constant is driven...
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A mass-spring system (mass 0.1 kg) in a medium with a small damping constant is driven at resonance by a sinusoidal force (maximum amplitude Fo). During steady-state motion, the amplitude of oscillation is 0.2 m. When the system reaches x = 0 (equilibrium), its speed is 0.4 ms". (a) What is the value of the spring constant? What is the angular frequency of the driving force? (b) The amplitude of the driving force is now 2Fo. All other parameters are the same as before. At steady state, (c) What is the new amplitude of oscillation? What is the new maximum kinetic energy? (d) A mass-spring system (mass 0.1 kg) in a medium with a small damping constant is driven at resonance by a sinusoidal force (maximum amplitude Fo). During steady-state motion, the amplitude of oscillation is 0.2 m. When the system reaches x = 0 (equilibrium), its speed is 0.4 ms". (a) What is the value of the spring constant? What is the angular frequency of the driving force? (b) The amplitude of the driving force is now 2Fo. All other parameters are the same as before. At steady state, (c) What is the new amplitude of oscillation? What is the new maximum kinetic energy? (d)
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a angular velocity of the system sqrtkm Here k is the spring constant VelocityAmplitude sqrtk... View the full answer
Related Book For
Fundamentals of Physics
ISBN: 978-0471758013
8th Extended edition
Authors: Jearl Walker, Halliday Resnick
Posted Date:
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