When interference is produced by two progressive waves of equal frequencies, then the maximum intensity of the resulting sound are `N` times the intensity of each of the component waves. The value of `N` is

When beats are produced by two progressive waves of same amplitude and of nearly same frequencies then the maximum loudness of the resulting sound is n times the loudness of each of the component wave trains. The value of n is

When beats are produced by two progressive waves of same amplitude and of nearly same frequencies then the maximum loudness of the resulting sound is n times the loudness of each of the component wave trains. The value of n is

If two sound waves of equal intensity I produce beats, then the maximum intensity of sound produced in beats will be

If two sound waves of equal intensity I produce beats, then the maximum intensity of sound produced in beats will be

In case of beats, produced by the superposition of two waves of equal amplitudes, if maximum intensity is x times the intensity of superposing wave then x = ……..

Two waves of intensity I undergo interference. The maximum intensity obtained is

Intensities of the two waves of light are I and 4I . The maximum intensity of the resultant wave after superposition is

Two waves of equal frequencies have their amplitude in the ratio of 5:3. They are superimposed on each other. Calculate the ratio of the maximum to minimum intensities of the resultant wave.

Two waves of equal frequencies have their amplitude in the ratio of 5:3. They are superimposed on each other. Calculate the ratio of the maximum to minimum intensities of the resultant wave.