The distance between two particles on a string is 10 cm. If the frequency of wave propagating in it is 400 Hz and its speed is 100 m/s then the phase difference between the particles will be

The distance between two successive nodes in a stationary wave is 30 cm. Calculate the frequency of wave if its speed is 250 m/s.

In a medium, the phase difference between two particles separated by a distance x is (pi)/(6) . If the frequency of the oscillation is 25 Hz and the velocity of propagation of the wave is 100 m/s then the value of x is equal to

The distance between two points on a stretched string is 20 cm. A pregressive wave of frequency 400 hertz travels on the string with a velocity of 100m//s . Calculate phase differency between the points.

A wave of frequency 20 Hz is propagatinig is space with speed 200 m/s. the phase difference of the two points of wave separated by a distance 5 m is

A wave of frequency 20 Hz is propagatinig is space with speed 200 m/s. the phase difference of the two points of wave separated by a distance 5 m is

The phase difference between particle velocity and wave velocity is

In stationary waves, distance between a node and its nearest antinode is 20 cm . The phase difference between two particles having a separation of 60 cm will be

In stationary waves, distance between a node and its nearest antinode is 20 cm . The phase difference between two particles having a separation of 60 cm will be

The angular frequency of a particle in a progressive wave in an elastic medium is 50pi rad/s and it is moving with velocity of 150 m/s. The phase difference between two particles separated by a distance 30m at the same instant will be