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form an inverted real image on the retina. See Figure (c) below. (a) Suppose that for the parallel rays of Figure (a) and Figure (b) below, the focal length fof the effective thin lens of the eye is 2.51 cm. For an object at distance p = 54.6 cm, what focal length f' of the effective lens is required for the object to be seen clearly? (b) Must the eye muscles increase (enter 1) or decrease (enter 0) the radii of curvature of the eye lens to give focal length f?

form an inverted real image on the retina. See Figure (c) below. (a) Suppose that for the parallel rays of Figure (a) and Figure (b) below, the focal length fof the effective thin lens of the eye is 2.51 cm. For an object at distance p = 54.6 cm, what focal length f' of the effective lens is required for the object to be seen clearly? (b) Must the eye muscles increase (enter 1) or decrease (enter 0) the radii of curvature of the eye lens to give focal length f?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Figure (a) shows the basic structure of a human eye. Light refracts into the eye through the cornea and is then further redirected by a lens whose shape (and thus ability to focus the light) is controlled by muscles. We can treat the cornea and eye lens as a single effective thin lens. See Figure (b). A "normal" eye can focus parallel light rays from a distant object O to a point on the retina at the back of the eye, where processing of the visual information begins. As an object is brought close to the eye, however, the muscles must change the shape of the lens so that rays form an inverted real image on the retina. See Figure (c) below. (a) Suppose that for the parallel rays of Figure (a) and Figure (b) below, the focal length fof the effective thin lens of the eye is 2.51 cm. For an object at distancep= 54.6 cm, what focal length f'of the effective lens is required for the object to be seen clearly? (b) Must the eye muscles increase (enter 1) or decrease (enter 0) the radii of curvature of the eye lens to give focal length f? rLens Retina Muscle Conea Light from distant object O (a) Effective lens Retina (b) 1. - ()
Transcribed Image Text:Figure (a) shows the basic structure of a human eye. Light refracts into the eye through the cornea and is then further redirected by a lens whose shape (and thus ability to focus the light) is controlled by muscles. We can treat the cornea and eye lens as a single effective thin lens. See Figure (b). A "normal" eye can focus parallel light rays from a distant object O to a point on the retina at the back of the eye, where processing of the visual information begins. As an object is brought close to the eye, however, the muscles must change the shape of the lens so that rays form an inverted real image on the retina. See Figure (c) below. (a) Suppose that for the parallel rays of Figure (a) and Figure (b) below, the focal length fof the effective thin lens of the eye is 2.51 cm. For an object at distancep= 54.6 cm, what focal length f'of the effective lens is required for the object to be seen clearly? (b) Must the eye muscles increase (enter 1) or decrease (enter 0) the radii of curvature of the eye lens to give focal length f? rLens Retina Muscle Conea Light from distant object O (a) Effective lens Retina (b) 1. - ()
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