Physics, asked by richyrich, 9 months ago

derive the relation between f and R for a spherical mirror

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Answered by Anonymous

Answer:

where f is focal and R is radius of curvature of the mirror. Thus the focal length of convex mirror is one half of its radius of curvature. The distance between principal focus and pole of the mirror is known as focal length. The diameter of the boundary of the mirror is called its aperture.

Answered by Anonymous

Answer:

Deduce a relation between focal length (f) and radius of curvature (R) for a concave mirror. ... If C is the cente of curvature, then CP = R, is the radius of curvature and CB is normal to the mirror at point B.

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