Math, asked by sumankohar03, 4 months ago

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

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Answered by daphnejane2009

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

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