A particle is executing SHM- whose displacement is given by x- 5sin-t- where -5- represents -

For an object undergoing SHM, its equation of displacement can be given as X=A sin ω t Where, nbsp; A = the amplitude (maximum displacement from mean position ...

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Standard XII

Physics

SHM expression

A particle is...

Question

A particle is executing SHM, whose displacement is given by x= 5sinπt, where '5' represents .

amplitude

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frequency

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velocity

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Solution

The correct option is A amplitude
For an object undergoing SHM, its equation of displacement can be given as
X=A sin $ω$ t
Where,
A = the amplitude (maximum displacement from mean position),
t = the time since the oscillation begins and
$ω$ is the angular frequency.

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A particle is executing SHM, whose displacement is given by x= 5sinπt, where '5' represents .

The correct option is A amplitudeFor an object undergoing SHM, its equation of displacement can be given as X=A sin ω t Where, A = the amplitude (maximum displacement from mean position), t = the time since the oscillation begins and ω is the angular frequency.

The correct option is A amplitude
For an object undergoing SHM, its equation of displacement can be given as
X=A sin $ω$ t
Where,
A = the amplitude (maximum displacement from mean position),
t = the time since the oscillation begins and
$ω$ is the angular frequency.