The equation of an SHM with amplitude A and angular frequency w in which all the distance are measured from one extreme position and time is taken to be zero at other extreme position is 1)x= ASinwt 2) x=A(coswt+ sinwt) 3) x=A-Acoswt 4) x= A+Acoswt

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In SHM, which equation represent general equation, equation from mean position, equation from extreme position respectively.

$(P) y = A sin (w t + α)$

$(Q) y = A sin (w t)$

$(R) y = A cos (w t)$

$A . R, Q, P$

$B . P, R, Q$

$C . P, Q, R$

$D . Q, R, P$

A spring block system is doing SHM with Amplitude A and angular frequency $ω$ .

At t=T, the particle is at extreme position. Write displacement versus time equation.

A spring block system is doing SHM with Amplitude A and angular frequency $ω$ .

At t=T, the particle is at extreme position. Write displacement versus time equation.

SHM

4 π rad/s

\frac{1}{\sqrt{2}}

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