The equation of S-H-M- is y - a sin 2 - n t - - then its phase at time -t- is

The correct option is C 2 π n t + a [ y=asin #160; ( 2π n+α #160; ) #160;; a ...

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Standard XII

Mathematics

Differentiation under Integral Sign

The equation ...

Question

The equation of S.H.M. is $y = a sin (2 π n t + α)$ then its phase at time 't' is

2 π n t

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a

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2 π n t + a

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2 π t

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Solution

The correct option is C $2 π n t + a$
$\begin{matrix} y = a sin (2 π n + α) a t t i m e^{'} t^{'} p h a s e i s (2 π n t + α) \end{matrix}$
Hence,
option $(C)$ is correct answer.

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The equation of S.H.M. is y=asin(2πnt+α) then its phase at time 't' is

The correct option is C 2πnt+ay=asin(2πn+α)attime′t′phaseis(2πnt+α)Hence,option (C) is correct answer.

The equation of S.H.M. is $y = a sin (2 π n t + α)$ then its phase at time 't' is

The correct option is C $2 π n t + a$
$\begin{matrix} y = a sin (2 π n + α) a t t i m e^{'} t^{'} p h a s e i s (2 π n t + α) \end{matrix}$
Hence,
option $(C)$ is correct answer.