Can a normal convex lens behave like a diverging lens?

Can a convex lens behave as diverging lens?

Convex lens can behave as a diverging lens in specific condition.

How does convex lens behave in liquid?

A convex lens will act as converging when it is immersed in a liquid which has a lesser refractive index than the lens and act as diverging when the surrounding medium has a greater refractive index than it.

Can a convex lens be converted to concave lens?

When the convex lens is held in a transparent medium of refractive index greater than the refractive index of lens material, it would behave as a concave lens.

Can a normal convex lens?

Yes, If a lens is kept in a medium whose refractive index is more than that of the material of the lens, the normal convex lens starts behaving like a concave lens and vice-versa.

Is the glass of water a convex or a concave lens explain?

Due to something called the capillary effect, however, a layer of water in a cup shows a surface that is slightly bent inward. It will act as a concave lens that bends the light rays outward. As a result, letters seen through the layer of water in a cup appear smaller than they are.

Why does a convex lens behave?

A convex lens behaves as a concave lens and vice versa when placed in a liquid of refractive index greater then the refractive index of the lens.

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How does a converging lens behave?

Rays of light that pass through the lens are brought closer together (they converge). A convex lens is a converging lens. When parallel rays of light pass through a convex lens the refracted rays converge at one point called the principal focus.