Q3(a)(b)(c)(d)Sketch the following against time for a simple mechanical oscillator:(i)The displacement of the mass.(ii)The potential energy of the mass.(iii)The kinetic energy of the mass.Briefly explain the difference between the instantaneous power and averagepower of a mechanical oscillator.A mass of 120 g is displaced from its equilibrium position by a distance of32 cm when a force of 50 N is applied to it. When the force is removed attime, t= 0 s, the mass begins to oscillate. At at time, t = 4.5 s, the peakamplitude of the oscilliations of the system is reduced to 0.368 times theamplitude when t=0 s. Calculate:(i)(ii)(iii)(iv)The spring constant of the systemThe total energy of the system at t=0 sThe total energy of the system at t = 4.5 sThe quality factor of the systemSketch both the displacement and the instantaneous power of the mass againsttime for a simple mechanical oscillator.

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Answered: (a) (b) (c) Sketch the following…

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