What is the generalization of the statements below? Using two converging lenses will: The second lens inverts magnified this image. When the eye piece delivers the magnified upright image of the object viewed infront of the first lens. By changing the distance of the first lens from the object, the image delivered to the eyepiece will appear more or less magnified. Using two diverging lenses will: Some binoculars also use fine concave lenses to helps focus image more clearly for your eyes.A concave lens is used by the manufactures of binoculars and telescopes.Opticians use concave lenses to correct near-sightedness also called myopia. Using combinations of diverging and converging lenses will: It enhance sharpness of the image. The total magnification of the combination is a product of magnification of individual lenses.
What is the generalization of the statements below?
Using two converging lenses will:
The second lens inverts magnified this image. When the eye piece delivers the magnified upright image of the object viewed infront of the first lens. By changing the distance of the first lens from the object, the image delivered to the eyepiece will appear more or less magnified.
Using two diverging lenses will:
Some binoculars also use fine concave lenses to helps focus image more clearly for your eyes.A concave lens is used by the manufactures of binoculars and telescopes.Opticians use concave lenses to correct near-sightedness also called myopia.
Using combinations of diverging and converging lenses will:
It enhance sharpness of the image. The total magnification of the combination is a product of magnification of individual lenses.
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