Please DO NOT copy and paste answer (already looked at those solutions and I am

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Please DO NOT copy and paste answer (already looked at those solutions and I am not satisfied)

QUESTION 6. [1 point] You are standing at a point A between two mirrors mi and m2. You are looking at the reflection in m2 of your image in mi (that is, point B in the picture). The mirrors suddenly start a counterclockwise rotation about their common axis (point O), but the angle between them does not change. What happens to the distance between you (point A) and your image (point B)? Does it increase? Decrease? Or does it remain fixed? Justify your answer m1

Explanation / Answer

As the counterclockwise rotation starts, the distance between the A and B increases. This is because distance between image on m1 mirror and 2 mirror increases which leads to a increase in distance of point B from m2 mirror according to law of reflection. And so distance between A and B increases.

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