Question

what happens when light rays pass through a concave lens on top of convex lens​

Answer 1

Answer:

All the light rays after passing through the concave lens diverge and when produced backwards appear to meet at a point on the principal axis of the lens. This point is known as principal focus of a concave lens. Thus refracted rays appear to diverge from the focus. Concave lens is opposite to convex lens

Explanation:

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Answer 2

The light bends out toward the thick fringe of a diverging lens. Because it can focus light, a converging lens can form a true image.

Explanation:

• Any incident ray traveling parallel to the optic axis of a convex lens will refract through the lens and travel through the focus on the other side of the lens.

• These rays of sunshine will refract once they enter the lens and refract once they leave the lens.

• Light rays passing through a lens always bend toward the thickest a part of the lens.

• Light waves bend toward the thick center during a converging lens.

• They bend out toward the thick edge up a diverging lens.

• Because it can focus light, a converging lens can form a true image.