In a standing wave particles at the positions A and B, have a phase difference of

The velocity at mean position and acceleration at the extreme position have the phase difference of

A sound wave having a frequency of 500 Hz travels with a velocity of 360 m/s. What is the distance between two particles on this wave, who have a phase difference of 60^(@) ?

The equation of a simple harmonic progressive wave is given by y = 12 sin (omega t-4x) m. What is the distance between 2 particles on the wave, having a phase difference of pi//2 ?

Let the two waves y_(1) = A sin ( kx - omega t) and y_(2) = A sin ( kx + omega t) from a standing wave on a string . Now if an additional phase difference of phi is created between two waves , then

Let the two waves y_(1) = A sin ( kx - omega t) and y_(2) = A sin ( kx + omega t) from a standing wave on a string . Now if an additional phase difference of phi is created between two waves , then

The path differnce of two particles on a wave corre sponding to a phase difference of 60 ^(@) is

In positive feedback, sample in phase has phase difference of

Draw a wave and indicate points which are (1) in phase (2) out of phase and (3) have a phase difference of frac(pi)(2)

A particle having SHM is located at different positions as shown below. The phase difference between the position marked by A and