a ray is incident along ACB on a spherical mirror, where C is the centre of curvature. draw its diagram and show reflected ray.
Answers
Answer:
Any ray which passes through the centre of curvature is incident on a spherical mirror will retrace its path , that is pass again through the centre of curvature . So the ray will go back along the path ACB.
Explanation:
u just leave it
Answer:
Any ray of light that is incident on a spherical mirror whose center of curvature is C, it'll retrace its direction. It means that light will replicate lower back withinside the identical direction as it's far coming. It is one of the rules even as drawing ray diagrams.
There are some primary terminologies that one wishes to understand whilst analyzing spherical mirrors, and they are:
Center of Curvature
The factor withinside the center of the reflect that passes via the curve of the reflect and has equal tangent and curvature at that factor.
Radius of Curvature
It’s the linear distance between the pole and the center of curvature.
Principal axis
The imaginary line passes via the optical center and the center of curvature of any lens or a spherical reflection.
Pole
The midpoint of the spherical mirror.
Aperture
An aperture of a reflect or lens is a factor from which the mirrored image of mild happens. It additionally offers the scale of the mirror.
Principal Focus
Principal Focus also can be referred to as Focal Point. It’s at the axis of a mirror or lens in which rays of mild parallel to the axis converge or seem to converge after mirrored image or refraction.
Focus
It’s any given factor, wherein mild rays parallel to the essential axis will converge once you have pondered from the mirror.
Hence, the light will reflect withinside the direction of ACB.
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