You grind the lenses from flat glass disks (n =1.5) using a machine that can grind aradius of curvature of either 40 cm or60 cm. In a lens where either radius isappropriate, you select the 40 cm radius.Then you hold each lens in sunshineto form an image of the Sun.What are the (a) focal length f and(b) image type (real or virtual) for(bi-convex) lens 1, (c) f and (d) imagetype for (plane-convex) lens 2, (e) fand (f) image type for (meniscus convex)lens 3, (g) f and (h) image typefor (bi-concave) lens 4, (i) f and ( j) image type for (plane-concave)lens 5, and (k) f and (l) image type for (meniscus concave) lens 6?

Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter26: Image Formation By Mirrors And Lenses
Section: Chapter Questions
Problem 33P: The left face of a biconvex lens has a radius of curvature of magnitude 12.0 cm, and the right face...
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You grind the lenses from flat glass disks (n =
1.5) using a machine that can grind a
radius of curvature of either 40 cm or
60 cm. In a lens where either radius is
appropriate, you select the 40 cm radius.
Then you hold each lens in sunshine
to form an image of the Sun.
What are the (a) focal length f and
(b) image type (real or virtual) for
(bi-convex) lens 1, (c) f and (d) image
type for (plane-convex) lens 2, (e) f
and (f) image type for (meniscus convex)
lens 3, (g) f and (h) image type
for (bi-concave) lens 4, (i) f and ( j) image type for (plane-concave)
lens 5, and (k) f and (l) image type for (meniscus concave) lens 6?

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