5. By using a -----, light rays incident on it can be converged.
(A) plane mirror
(B) convex mirror
IC) concave lens
(D) convex lens
Answers
by using a convex lens the light rays incident on it can be converged
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Answer:
The correct option is D. Convex lens.
Explanation:
What is a convex lens?
The convex lens, which is relatively thick in the centre and thin at the bottom and higher borders, converges light rays that travel parallel to its primary axis (i.e., converges the incident rays towards the principal axis). Instead of curving inside, the edges are curled outward. It is positioned in front of the eye to severely bend incoming light, shortening the focal point and ensuring optimal illumination of the retina.
In general, a convex lens has the ability to focus a beam of parallel rays onto a spot on the opposite side. The focal length of the lens is measured from this point's separation from the optical centre of the beam.
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