Consider a spring mass system which is forced into motion by an external force of magnitude 4 cos(10t). If the oscillator is such that m-3, k-27 and damping is b-10. Then the system O a. will oscillate with increasing amplitude until it breaks O b. will oscillate with changing amplitude until it reaches a steady state regime and continue oscillating forever, with constant amplitude OC will oscillate with decreasing amplitude until it goes to rest. Od will go to rest without oscillating
Consider a spring mass system which is forced into motion by an external force of magnitude 4 cos(10t). If the oscillator is such that m-3, k-27 and damping is b-10. Then the system O a. will oscillate with increasing amplitude until it breaks O b. will oscillate with changing amplitude until it reaches a steady state regime and continue oscillating forever, with constant amplitude OC will oscillate with decreasing amplitude until it goes to rest. Od will go to rest without oscillating
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Transcribed Image Text:Consider a spring mass system which is forced into motion by an external force of magnitude 4 cos(10t).
If the oscillator is such that m-3, k-27 and damping is b-10. Then the system
O a. will oscillate with increasing amplitude until it breaks
O b. will oscillate with changing amplitude until it reaches a steady state regime and continue oscillating
forever, with constant amplitude
OC will oscillate with decreasing amplitude until it goes to rest.
Od will go to rest without oscillating
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