Three waves from three coherent sources meet at some point. Resultant amplitude of each is `A_0`. Intensity corresponding to `A_0 is I_0`. Phase difference between first wave and second wave is `60^@`. Path difference between first wave and third wave is `lambda/3`. The first wave lags behind in phase angle from second and third wave. Find resultant intensity at this point.

Three waves from three coherent sources meet at some point . Resultant amplitude of each is A_0 . Intensity corresponding to A_0 is I_0 . Phase difference between first wave and the second wave is 60^@ . Path difference between first wave and the third wave is lambda/3. The first wave lags behind in phase angle from second and the third wave. Find resultant intensity at this point.

Three waves from three coherent sources meet at some point . Resultant amplitude of each is A_0 . Intensity corresponding to A_0 is I_0 . Phase difference between first wave and the second wave is 60^@ . Path difference between first wave and the third wave is lambda/3. The first wave lags behind in phase angle from second and the third wave. Find resultant intensity at this point.

Three waves due to three coherent sources meet at one point. Their amplitudes are sqrt2A_0 , 3A_0 and sqrt2A_0 . Intensity corresponding to A_0 is l_0 . Phasse difference between first and second is 45^@ . Path difference between first and third is lambda/4 . In phase angle, first wave lags behind from the other two waves. Find resultant intensity at this point.

Three waves due to three coherent sources meet at one point. Their amplitudes are sqrt2A_0 , 3A_0 and sqrt2A_0 . Intensity corresponding to A_0 is l_0 . Phasse difference between first and second is 45^@ . Path difference between first and third is lambda/4 . In phase angle, first wave lags behind from the other two waves. Find resultant intensity at this point.

Three waves due to three coherent sources meet at one point. Their amplitudes are sqrt2A_0 , 3A_0 and sqrt2A_0 . Intensity corresponding to A_0 is l_0 . Phasse difference between first and second is 45^@ . Path difference between first and third is lambda/4 . In phase angle, first wave lags behind from the other two waves. Find resultant intensity at this point.

In interference, two individual amplitudes are A_0 each and the intensity is I_0 each. Find resultant amplitude and intensity at a point, where: (a) phase difference between two waves is 60^@ . (b) path difference between two waves is lambda/3 .

In interference, two individual amplitudes are A_0 each and the intensity is I_0 each. Find resultant amplitude and intensity at a point, where: (a) phase difference between two waves is 60^@ . (b) path difference between two waves is lambda/3 .

The path difference between two waves meeting at a point is (11//4)lamda . The phase difference between the two waves is…

In interference, two individual amplitudes are A_(0) each and the intensity is I_(0) each. Find resultant amplitude and intensity at a point, where (a) phase difference between two waves is 60^(@) . (b) path difference between two waves is lambda/3 .