The amplitude and maximum velocity will be respectively `X= 3 sin 2t + 4 cos 2t`The amplitude and maximum velocity will be respectively

The displacement eqution of a particle is x=3 sin 2t + 4 cos 2t . The amplitude and maximum velocity will be respetively

The displacement equation of a particle is x=3 sin 2t+4cos2t . The amplitude and maximum velocity will be respectively

The displacement equation of a particle is x=3 sin 2t+4cos2t . The amplitude and maximum velocity will be respectively

The displacement of a particle performing SHM x= 3sin 2t+4 cos 2t . The amplitude and maximum velocity of a particle respectively are………….

A SHO has amplitude A and time period T . The maximum velocity will be

For a particle in SHM the amplitude and maximum velocity are A and V respectively. Then its maximum acceleration is

A particle is executing S.H.M. with amplitude 'A' and maximum velocity V_(m) . The displacement at which its velocity is half of the maximum velocity is

In a plane progressive wave given by y=25 cos (2 pi t- pi x) , the amplitude and frequency are respectively