please answer all qs ty 46. For an upright object placed at s<|fl of a diverging lens, it producesonlyVirtual, inverted and smaller imageReal, upright and enlarged imageVirtual, upright and smaller imageReal, inverted and enlarged image47. After refraction, parallel beam of light passing through a converginglensconverges at the radius of the curvature of the lensconverges at the focal point of the lensdiverges as if coming from the radius of the curvature of the lensdiverges as if coming from the focal point of the lens48. After refraction, parallel beam of light passing through a diverginglensconverges at the radius of the curvature of the lensconverges at the focal point of the lensdiverges as if coming from the radius of the curvature of the lensdiverges as if coming from the focal point of the lens

Answered: Image /qna-images/answer/5fd435f9-222d-4736-a03f-93086e022594.jpg

Answered: 46. For an upright object placed at s

Science

Physics

46. For an upright object placed at s

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 70P

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Scalars and Vectors

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please answer all qs ty

46. For an upright object placed at s<|fl of a diverging lens, it produces
only
Virtual, inverted and smaller image
Real, upright and enlarged image
Virtual, upright and smaller image
Real, inverted and enlarged image
47. After refraction, parallel beam of light passing through a converging
lens
converges at the radius of the curvature of the lens
converges at the focal point of the lens
diverges as if coming from the radius of the curvature of the lens
diverges as if coming from the focal point of the lens
48. After refraction, parallel beam of light passing through a diverging
lens
converges at the radius of the curvature of the lens
converges at the focal point of the lens
diverges as if coming from the radius of the curvature of the lens
diverges as if coming from the focal point of the lens

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