Suppose the kinetic energy of a body oscillating with amplitude A and at a distance

Suppose The Kinetic Energy Of A Body Oscillating With Amplitude Physics Question

Suppose the kinetic energy of a body oscillating with amplitude A and at a distance x is given by KE = Bx / x² + A². The dimensions of B are the same as that of

Options

(a) work / time
(b) work x distnce
(c) work / distance
(d) work x time

Correct Answer:

work x distnce

Explanation:

No explanation available. Be the first to write the explanation for this question by commenting below.

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Topics: Physical World and Measurement (103)
Subject: Physics (2479)

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1 Comment on Suppose the kinetic energy of a body oscillating with amplitude A and at a distance

  1. Given
    –>KINETIC ENERGY =Bx/(x^2+A^2)
    –>[ML^2T^-2]=[B][L]/[L^2]
    –>[ML^2T^-2][L]=[B]
    Kinetic energy is equal to work done.
    THEREFORE,
    –>[B]=WORK*DISTANCE

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