Show all working explaining detailly each step. extension a. Show that, if the body isdisplaced vertically through a further.small distance, it will oscillate withsimple harmonic motion. (The mass ofthe spring may be neglected.)- Given that the time period,body performing simple harmonicmotion is given by the expressionT, of theMass of the bodyForce on the body perunit displacementT = 2nderive an expression for the period ofoscillation of the body on the spring.Suggest how you wouid investigateexperimentally whether the bob of asimple pendulum, when oscillatingthrough a small angle, was executingsimple harmonic motion.[L] (b) One end of a spring is attached to a fixedpoint and the other end carries a body ofsmall mass m which produces a static

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extension a. Show that, if the body is displaced vertically through a further small distance, it will oscillate with simple harmonic motion. (The máss of the spring may be neglected.) Given that the time period, T, of the body performing simple harmonic motion is given by the expression Mass of the body T = 2* Force on the body per unit displacemernt derive an expression for the period of oscillation of the body on the spring. Suggest how you wouid investigate experimentally whether the bob of a simple pendulum, when oscillating chrough a small angle, was executing simple harmonic motion. [L]

extension a. Show that, if the body is displaced vertically through a further small distance, it will oscillate with simple harmonic motion. (The máss of the spring may be neglected.) Given that the time period, T, of the body performing simple harmonic motion is given by the expression Mass of the body T = 2* Force on the body per unit displacemernt derive an expression for the period of oscillation of the body on the spring. Suggest how you wouid investigate experimentally whether the bob of a simple pendulum, when oscillating chrough a small angle, was executing simple harmonic motion. [L]

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter14: Vibrations And Waves

Section: Chapter Questions

Problem 1STP

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