[" DISPLACEMENT "],[" A particle is subjected to two SHMs "],[x_(1)=A_(1)sin omega t" and "x_(2)=A_(2)sin(omega t+(pi)/(4))],[" The resultant SHM will have an amplitude of "]

A particle is subjected to two SHMs x_(1) = A_(1) sin omegat and x_(2) = A_(2)sin (omegat +(pi)/(4)) . The resultant SHM will have an amplitude of

A particle is subjected to two S H Ms x_(1) = A_(1) sin wt and x_(2) = A_(2) sin (w t + pi//4) . The resultant S H M will have an amplitude of

A particle executes two types of SHM. x_(1) = A_(1) sin omega t " and "x_(2) = A_(2) sin [omega t+(pi)/(3)] , then find the displacement at time t=0.

A particle executes two types of SHM. x_(1) = A_(1) sin omega t " and "x_(2) = A_(2) sin [omega t+(pi)/(3)] , then find the maximum speed of the particle.

A particle executes two types of SHM. x_(1) = A_(1) sin omega t " and "x_(2) = A_(2) sin [omega t+(pi)/(3)] , then find the maximum acceleration of the particle.

A particle is subjected to two SHMs simultaneously X_(1) = a_(1) sinomegat and X_(2) = a_(2)sin(omegat + phi) Where a_(1) = 3.0 cm, a_(2) = 4.0 cm Find resultant amplitude if the phase difference phi has value 30^(0)