A particle movrs such that its acceleration a is given by a= -bx where x is displacement ftom equilibrium position and b is a constant.The period of oscillation is

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Saurav kumar · Answer

Ans: 2pie underoot b.Hint: a = - w^2 xW^2=b W=√b and w=2π/T Find time period from here..................................

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A particle movrs such that its acceleration a is given by a= -bx where x is displacement ftom equilibrium position and b is a constant.The period of oscillation is

A particle movrs such that its acceleration a is given by a= -bx where x is displacement ftom equilibrium position and b is a constant.The period of oscillation is

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A particle movrs such that its acceleration a is given by a= -bx where x is displacement ftom equilibrium position and b is a constant.The period of oscillation is

A particle movrs such that its acceleration a is given by a= -bx where x is displacement ftom equilibrium position and b is a constant.The period of oscillation is

1 Answers

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Other Related Questions on Mechanics

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