Two coherent sources of different intens...

Two coherent sources of different intensities send waves which interfere. The ratio of maximum intensity to the minimum intensity is `25`. The intensities of the sources are in the ratio

`25:1`

`5:1`

`9:4`

`25:16`

Text Solution

Verified by Experts

The correct Answer is:

Topper's Solved these Questions

WAVE OPTICS
ERRORLESS |Exercise wave Nature and Interference of Light|1 Videos
WAVE OPTICS
ERRORLESS |Exercise Doppler s Effect of Light|1 Videos
RAY OPTICS
ERRORLESS |Exercise SET|25 Videos

Similar Questions

Explore conceptually related problems

Two coherent sources produce waves of different intensities which interfere. A fter interference, the ratio of the maximum intensity to the minimum intensity is 16. The intensity of the waves are in the ratio :

Two waves having intensity in the ratio 25 : 4 produce interference. The ratio of the maximum to the minimum intensity is

Intensity of two waves whicch produce interference are 100:1. The ratio of maximum and minimum intensities is

In Young's double-slit experiment, two cohernet sources of different intensites are used to make interference pattern. Ratio of the maximum to minimum intensity of pattern is found to be 25. What will be ratio of intensities of sources?

The two waves having intensities in the ratio 1 : 9 produce interference. The ratio of the maximum to the minimum intensities is equal to

Two waves having the intensities in the ratio of 9 : 1 produce interference. The ratio of maximum to minimum intensity is equal to

The ratio of maximum intensity to minimum intensity due to interference of two light waves of amplitudes a_(1) and a_(2) is

Two coherent sources of intensities I_1 and I_2 produce an interference pattern. The maximum intensity in the interference pattern will be

Two waves having intensities in the ratio of 16:1 produce interference. The ratio of maxium to minimum intensities is equal to

ERRORLESS -WAVE OPTICS-SET

Two coherent sources of different intensities send waves which interfe...
Text Solution
|
Following figures shows sources S1 and S2 that emits light of waveleng...
Text Solution
|
In a Young's double slit experimental arrangement shown here, if a mic...
Text Solution
|
In the set up shown in figure, the two slits S1 and S2 are not equidis...
Text Solution
|
The intensity ratio of two coherent sources of light is p. They are i...
Text Solution
|
Three waves of equal frequency having amplitudes 10mum, 4mum, 7mum arr...
Text Solution
|
Four different independent waves are represented by (i) y(1) = a(1) ...
Text Solution
|
A beam of light consisting of two wavelength 650nm and 520nm is used t...
Text Solution
|
Two identical radiators have a separation of d=lambda//4 where lambda ...
Text Solution
|
In Young’s double slit experiment, the 8 th maximum with wavelength la...
Text Solution
|
Light of wavelength 500nm is used to form interference pattern in Youn...
Text Solution
|
Two coherent sources of equal intensity produce maximum intensity of 1...
Text Solution
|
The path difference between two interfering waves of equal intensities...
Text Solution
|
In a Young's double slit experiment, I0 is the intensity at the centra...
Text Solution
|
In a Fresnel’s diffraction arrangement, the screen is at a distance of...
Text Solution
|
If n represents the order of a half period zone, the area of this zone...
Text Solution
|
A screen is placed 50 cm from a single slit, which is illuminated with...
Text Solution
|
In Young's double slit experiment, the fringes are displaced index 1.5...
Text Solution
|
Two waves of equal amplitude and frequency interfere each other. The r...
Text Solution
|
In Young's double-slit experiment , we get 60 fringes in the field of ...
Text Solution
|
A parallel- plate capacitor with plate area A and separation between t...
Text Solution
|