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Converging length is the point when two lines or rays of light converge.
A convex lens is wider at the edges than it is in the center. Therefore, it is a converging lens.
All of the light entering the lens converges on the other side to a single point, the lens' focal point.
Concave lenses would have only diverging action. So parallel beam of light after passing through a concave lens have to go diverged. Only converging waves could produce a real image on a screen. But diverging rays cannot meet at a point and so they appear to come from a point and hence that point is taken to be the virtual image
A lens.
A converging lens is thin at the ends and thick in the middle. It is called converging because the rays of light passing through it, if parallel, converge at a point the other side. A magnifying glass uses a converging lens.
A converging lens is thin at the ends and thick in the middle. It is called converging because the rays of light passing through it, if parallel, converge at a point the other side. A magnifying glass uses a converging lens.
Converging length is the point when two lines or rays of light converge.
They make the light rays converge to a point. Parallel rays converge at the focal point of the lens
It concentrates the rays to one point because it is a converging lens.
A converging lens is thin at the ends and thick in the middle. It is called converging because the rays of light passing through it, if parallel, converge at a point the other side. A magnifying glass uses a converging lens.
A convex lens is wider at the edges than it is in the center. Therefore, it is a converging lens.
because light rays meet at a single point and do not spread out.
All of the light entering the lens converges on the other side to a single point, the lens' focal point.
depends on what kind of light wave there are diverging beams that diverge there are parallel beams that... are parallel and there are converging beams that... converge to 1 point
A converging (convex) lens will produce a shadow with the focal point in the center.
Concave lenses would have only diverging action. So parallel beam of light after passing through a concave lens have to go diverged. Only converging waves could produce a real image on a screen. But diverging rays cannot meet at a point and so they appear to come from a point and hence that point is taken to be the virtual image