A simple harmonic oscillation has an amplitude `A` and time period `T`. The time required to travel from `x = A` to ` x= (A)/(2)` isA. `(T)/(6)`B. `(T)/(4)`C. `(T)/(3)`D. `(T)/(12)`

A simple harmonic oscillation has an amplitude `A` and time period `T`

1.	A simple harmonic oscillation has an amplitude `A` and time period `T`. The time required to travel from `x = A` to ` x= (A)/(2)` isA. `(T)/(6)`B. `(T)/(4)`C. `(T)/(3)`D. `(T)/(12)`
Answer» Correct Answer - A In equation `x = Acos omega t`, putting `x = (A)/(2)` we get `omega t = (pi)/(3)` `:. ((2pi)/(T))t = (pi)/(3)` or `t = (T)/(6)`

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A simple harmonic oscillation has an amplitude `A` and time period `T`. The time required to travel from `x = A` to ` x= (A)/(2)` isA. `(T)/(6)`B. `(T)/(4)`C. `(T)/(3)`D. `(T)/(12)`

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