If the maximum particle velocity is 3 times the wave velocity of a transverse wave of displacement amplitude 'a'. Then the phase difference between two particles separated by `(pia)/(2)` is

The maximum particle velocity is 3 times the wave velocity of a progressive wave. If the amplitude of the particle is 'A', then the phase difference between the two particles separation by a dsitance of 'x' is

The maximum particle velocity is 3 times the wave velocity of a progressive wave. If the amplitude of the particle is "a". The phase difference between the two particles seperated by a distance of 'x' is

The maximum particle velocity is 3 times the wave velocity of a progressive wave. If the amplitude of the particle is "a". The phase difference between the two particles seperated by a distance of 'x' is

If the maximum particle velocity is 4 times of the wave velocity then relation between wavelength and amplitude is

If the maximum particle velocity is 4 times of the wave velocity then relation between wavelength and amplitude is

If the maximum particle velocity is 4 times of the wave velocity then relation between wavelength and amplitude is

S_(1) : The particles speed can never be equal to the wave speed in sine wave if the amplitude is less then wavelength divided by 2pi . S_(2) : In transverse wave of amplitude A, the maximum particle velocity is four times its wave velocity. Then, the wave length of the wave is piA S_(3) : the phase difference between two points separated by 1m in a wave of frequency 120 Hz is 90^(@) . the velocity of the wave is 480 m/s

S_(1) : The particles speed can never be equal to the wave speed in sine wave if the amplitude is less then wavelength divided by 2pi . S_(2) : In transverse wave of amplitude A, the maximum particle velocity is four times its wave velocity. Then, the wave length of the wave is piA S_(3) : the phase difference between two points separated by 1m in a wave of frequency 120 Hz is 90^(@) . the velocity of the wave is 480 m/s