Failed to connect to MySQL: Access denied for user 'examnext_online'@'localhost' (using password: YES) A plane progressive wave of frequency 25 Hz, amplitude `2.5 xx 10^(-5)` m and initial phase zero moves along the negative x-direction with a velocity of 300 m`s^(-1)`. A and B are two points 6m apart on the iine of propagation of the wave. At any instant the phase difference between A and B is `theta`. The phase difference and path difference when the displacement of the particle at A and B is `triangle`, then - Sarthaks eConnect

A plane progressive wave of frequency 25 Hz, amplitude `2.5 xx 10^(-5)` m and initial phase zero moves along the negative x-direction with a velocity of 300 m`s^(-1)`. A and B are two points 6m apart on the iine of propagation of the wave. At any instant the phase difference between A and B is `theta`. The phase difference and path difference when the displacement of the particle at A and B is `triangle`, then

A plane progressive wave of frequency 25 Hz, amplitude `2.5 xx 10^(-5)` m and initial phase zero moves along the negative x-direction with a velocity of 300 m`s^(-1)`. A and B are two points 6m apart on the iine of propagation of the wave. At any instant the phase difference between A and B is `theta`. The phase difference and path difference when the displacement of the particle at A and B is `triangle`, then

A.

`theta=pi`

B.

`theta=0`

C.

`triangle=0`

D.

`triangle=5xx10^(-10) m``