What happens if a light ray falls tangentially on a spherical mirror?
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Rays of light parallel to the principal axis of a concave mirror will appear to converge on a point in front of the mirror somewhere between the mirror's pole and its center of curvature. That makes this a converging mirror and the point where the rays converge is called the focal point or focus.
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What I am asking is not the case when the light rays are parallel to principal axis, my question is, if the mirror is taken to be a circle, and a light ray is tangential to the mirror (contacting at just one point) what would happen?
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When parallel rays of lightstrike the mirror, they are reflected in a way wherein they spread out or diverge.
It always forms a virtual , erect and diminished image
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What I am asking is not the case when the light rays are parallel to principal axis, my question is, if the mirror is taken to be a circle, and a light ray is tangential to the mirror (contacting at just one point) what would happen?
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