In the given mirror

C – centre of the sphere to which the mirror is part of

F – focus of the mirror

P – pole of the mirror

A – point on the mirror

D – point on the principal axis.

If a ray of light starts from C and is incident on A from which point will the reflected ray pass through?

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Solution

The correct option is B
C

CA will fall normally to the concave mirror and the angle of incidence is $0^{\circ}$ . By laws of reflection, we know that the angle of reflection will be $0^{\circ}$ . Hence the ray will retrace its path and pass through C (centre of curvature).

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Similar questions

In the given mirror

C - centre of the sphere to which the mirror is part of

F - focus of the mirror

P - pole of mirror

A - point on mirror

D - point on principal axis.

If a ray of light starts from C and is incident on A from which point will the reflected ray pass through

In the given mirror:
C – the centre of the sphere to which the mirror is part of
F – the focus of the mirror
P – pole of the mirror
A – a point on the mirror
D – a point on the principal axis.
If a ray of light starts from C and is incident on the mirror at the point of incidence A, then the reflected ray will pass through which point?

In the given mirror

C – The center of the sphere to which the mirror is part of

F – The focus of the mirror

P – Pole of mirror

A – Point on the mirror

D – The point on the principal axis.

If a ray of light starts from C and is incident on A from which point will the reflected ray pass through:

Q. A ray parallel to the principal axis is incident on a concave mirror. After reflection which point corresponding to the mirror the ray should pass through ?

Q. A ray of light is incident on a concave mirror. It is parallel to the principal axis and its height from principal axis is equal to the focal length of the mirror. The ratio of the distance of point B from the pole to the distance of the pole from the centre of curvature is (AB is the reflected ray)

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In the given mirror C – centre of the sphere to which the mirror is part of F – focus of the mirror P – pole of the mirror A – point on the mirror D – point on the principal axis. If a ray of light starts from C and is incident on A from which point will the reflected ray pass through?

The correct option is B C CA will fall normally to the concave mirror and the angle of incidence is 0∘. By laws of reflection, we know that the angle of reflection will be 0∘. Hence the ray will retrace its path and pass through C (centre of curvature).

The correct option is B
C

CA will fall normally to the concave mirror and the angle of incidence is $0^{\circ}$ . By laws of reflection, we know that the angle of reflection will be $0^{\circ}$ . Hence the ray will retrace its path and pass through C (centre of curvature).