Two sound waves having a phase difference of `60^(@)` have path difference of

Two sound waves having phase difference of 60^@ have path difference of

Two sound waves have phase difference of 60^(@) , then they will have the path difference of:

Two waves with wavelength lamda have phase difference of 60° at the point of superposition. Find path difference between them.

In experimental set up of interference the twol interfering sources S_(1) and S_(2) have an initial phase difference corresponding to a path difference of lambda//4 . The phase difference due to path difference between the twoll interfering waves at a point of constructive and destructive interference respectively is

The velocity of sound waves in air is 330m//s . For a particluar sound in air, a path difference of 40 cm is equivalent to a phase difference of 1.6pi . The frequency of this wave is

Velocity of sound wave in air is 330 m/s for a particular sound in air.A path difference of 40 cm is equivalent to a phase difference of 1.6 pi. The frewuency of this wave is

The velocity of sound waves in air is 330m//s . For a particluar sound in air, a path difference of 40 cm is equivalent to a phase difference of 1.6pi . The frequency of this wave is

What is the ratio of phase difference to the path difference of two light waves ?

Two waves having the same wave length and amplitude but having a constant phase difference but having a constant phase difference with time are known as