Question

what are convex lenses?
what happens to the light in a convex lens?
the light speeds up while passing through the lens.
the light passes through the lens without refracting.
the light converges when it leaves the lens.
convex lenses are important in the study of light. light typically travels in a straight
line until it encounters a new medium, causing it to refract, reflect, or be absorbed. convex
lenses are transparent, curved objects that refract light.
when light goes through a convex lens, it bends inward, bending the light rays. convex lenses
cause the light rays to come together or converge because they are thicker at the middle
than at the edges. this is why convex lenses are also known as converging lenses. as the
light passes through the lens and bends inward, it focuses the light rays to meet at one point
called the focal point. the concept of convex lenses is widely used in things like
telephones and microscopes, where the ability to magnify and focus light is essential.

Explanation:

Convex lenses are thicker at the middle. When light passes through a convex lens, it bends (refracts). The light rays converge (come together) when they leave the convex lens. Light slows down when entering a denser medium (like the lens material) and speeds up when exiting to a less - dense medium (air), but the key property here is convergence. Also, light does refract when passing through a convex lens.

Answer:

The light converges when it leaves the lens.