Does the magnification equation change depending on whether the lens is concave or convex
Answers
The magnification equation does now no longer alternate for a convex and concave replicate.
The focal length of the reflect is taken as positive or negative as in keeping with the nature of the reflect.
If the focal length is negative, it means that the lens is concave (diverging), even as if positive it means that the lens is convex (converging lenses). A curved transparent medium this is made from glass and seems like part of a compact sphere is called a Convex Lens. The floor of the Convex Lens has an outside curve that seems like the floor of a tumbler ball. A Concave Lens is used to diverge incident rays as this enables to create a digital photo on the other facet of the refracting floor. Therefore, those Lenses are utilized in binoculars, telescopes, cameras, flashlights, and eyeglasses. These pics are erect and upright, not like the actual pics. And that is the idea for distinguishing among Concave and Convex Lenses through gaining knowledge of the functions of mild rays refracting within the Lenses.
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