Which behavior is not true for incident rays striking a concave mirror? a. incident rays parallel to the principal axis are reflected to the focus

b. incident rays passing through the focus are reflected parallel to the principal axis

c. incident rays passing through the center are reflected back to the center.

d. incident rays from an object at infinity and parallel to the principal axis are reflected to the center.

Question

Marisa Powell

Physics

1 August, 14:26

Which behavior is not true for incident rays striking a concave mirror? a. incident rays parallel to the principal axis are reflected to the focus

b. incident rays passing through the focus are reflected parallel to the principal axis

c. incident rays passing through the center are reflected back to the center.

d. incident rays from an object at infinity and parallel to the principal axis are reflected to the center.

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Answers (1)

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Aries · Answer 1

Option (D)

Explanation:

a concave mirror is called a converging mirror, because when the rays of light falls on it, it converges the path of rays of light falling on it after reflection.

When the rays from the object at infinity and parallel to the principal axis, then after reflection they passes form the focus of the mirror.