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Which of the following scenerios fits all of the criteria for the two-source interference equations to be valid?

a. An observer is standing far away from two red LED signal lights.
b. Light from an incandescent bulb shines onto a screen with a single slit; then the light shines onto a screen with two slits in it and the light from the two slits finally shines onto a far-away screen.
c. An observer stands on a road far away from two neighboring radio towers for different radio stations.
d. Light from an incandescent bulb shines onto a screen with a single slit; then the light shines onto a screen with two slits in it and the light from the two slits finally shines onto a nearby screen.
e. An observer stands on a road that runs five kilometers away from the two synchronized transmitting towers for a radio station.


Sagot :

Answer:

answer the correct  is B

Explanation:

For the interference phenomenon to occur, some conditions must be met.

* You must have a light in phase and coherent, for this you can for a light from an incandescent source through a single slit, the light that comes out is coherent

* This light must strike two slits

* the light that passes through the slits must hit a distant screen and be able to see the phenomenon of constructive interference

when examining the different answer the correct one is B

For the criteria for the two-source interference, Option B is correct.

What is two-source interference?

Wave interference happens when two waves collide while traveling through the same medium.

Wave interference causes the medium to take on a form determined by the total effect of the two distinct waves on the medium's particles.

The scenarios that fit all of the criteria for the two-source interference equations will be light from an incandescent bulb shining onto a screen with a single slit.

Then the light shines onto a screen with two slits in it and the light from the two slits finally shines onto a far-away screen.

Hence for the criteria for the two-source interference, Option B is correct.

To learn more about the two-source interference refer to the link;

https://brainly.com/question/14420120

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