A damped oscillator has mass m=5.3 kg, spring constant k = 27 N/m, and viscous force constant c = 11 Ns/m. A periodic driving force with amplitude 14 N is applied to the oscillator, causing it to undergo oscillatory motion. The motion is initially composed of two components, the driven oscillation and the transient oscillation. How long after the external force is initially applied would the transient motion have essentially died out (say, to less than 5% of its initial value)? O about 1 min O about 1 s O about 30 s O about 10 ms

A damped oscillator has mass m=5.3 kg, spring constant k = 27 N/m, and viscous force constant c = 11 Ns/m. A periodic driving force with amplitude 14 N is applied to the oscillator, causing it to undergo oscillatory motion. The motion is initially composed of two components, the driven oscillation and the transient oscillation. How long after the external force is initially applied would the transient motion have essentially died out (say, to less than 5% of its initial value)? O about 1 min O about 1 s O about 30 s O about 10 ms