The displacement of a SHO is given by y = 2 sin `(2pit+pi//4)m`. The ratio of its initial displacement to maximum displacement is

The displacement of a SHO is given by, y=0.4sin(10pit+pi//3)cos(10pit+pi//3) The ratio of maximum velocity to the maximum acceleration of the particle is

The displacement equation of an oscillator is given by x = 5 sin (2pit+0.5pi)m . Then its time period and initial displacement are

The displacement in S.H.M. is given by y= a sin (20t+4) . What is the displacement it is increased by 2pi//omega ?

The displacement equation of the particle in SHM is y = 10 sin(2 pi t + pi//6)m . The initial displacement of the particle is

The displacement of a body executing SHM is given by x=A sin (2pit+pi//3) . The firs time from t=0 when the velocity is maximum is

The displacement of a particle executing SHM is given by Y = 10 sin (3t + pi//3)m and .t. in seconds. The initial displacement and maximum velocity of the particle are respectively

The displacement of a particl executing SHM is given by Y=10 sin (3t+pi//3)m and t is in seconds. The initial displacement and maximum velocity of the particle are respectively