The distance between two adjacent particles which are in the same phase in a progressive wave is 20 cm.
Determine the velocity of the wave if its frequency is 10 Hz.

The time lag between two particles vibrating in a progressive wave seperated by a distance 20m is 0.02s. The wave velocity if the frequency of the wave is 500Hz, is

The time lag between two particles vibrating in a progressive wave seperated by a distance 20m is 0.02s. The wave velocity if the frequency of the wave is 500Hz, is

The phase difference between two vibrating particles separated by a distance of 11 M into medium through which a progressive wave is travelling is 1320^0 If the frequency of the disturbance is 105 Hz, the phase velocity of the progressive wave in ms^-1 .

The minimum distance between two particles similar phase is 10 cm. The time after which given particle comes to same phase is 0.05 second. What is the velocity of progressive wave ?

A progressive and a stationary simple harmonic wave each has the same frequency of250 Hz, and the same velocity of30 m/s. Calculat (0 the phase difference between two vibrating points on the progressive wave which are 10 cm apart, (ii) the equation of motion of the progressive wave if its amplitude is 0.03 m (iii) the distance between nodes in the stationary wave (iv) the equation ofmotion, the stationarywave if its amplitude is 0.01 m.

The distance between any two adjacent nodes in a stationary wave is 15 cm. if the speed of the wave is 294 ms/, what is its frequency?

The distance between any two adjacent nodes in a stationary wave is 15 cm. if the speed of the wave is 294 ms/, what is its frequency?

Two particles in the path of a wave of frequency 2000 Hz are 6 cm apart and differ in phase by 120^(@) . The velocity of the wave is