5.31 The horse in Fig. 5.29 is 2.25 m tall, and it stands with its face 15.0 m from the plane of the thin lens whose focal length is 3.00 m. (a) Determine the location of the image of the equine nose. (b) Describe the image in detail-type, orientation, and magnification. (c) How tall is the image? (d) If the horse's tail is 17.5 m from the lens, how long, nose-to-tail, is the image of the beast? Figure 5.29 The transverse magnification is different from the longitudinal magnification.
5.31 The horse in Fig. 5.29 is 2.25 m tall, and it stands with its face 15.0 m from the plane of the thin lens whose focal length is 3.00 m. (a) Determine the location of the image of the equine nose. (b) Describe the image in detail-type, orientation, and magnification. (c) How tall is the image? (d) If the horse's tail is 17.5 m from the lens, how long, nose-to-tail, is the image of the beast? Figure 5.29 The transverse magnification is different from the longitudinal magnification.
Introductory Circuit Analysis (13th Edition)
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Chapter1: Introduction
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Transcribed Image Text:5.31 The horse in Fig. 5.29 is 2.25 m tall, and it stands with its face
15.0 m from the plane of the thin lens whose focal length is 3.00 m.
(a) Determine the location of the image of the equine nose.
(b) Describe the image in detail-type, orientation, and magnification.
(c) How tall is the image?
(d) If the horse's tail is 17.5 m from the lens, how long, nose-to-tail, is
the image of the beast?

Transcribed Image Text:Figure 5.29 The transverse magnification is different from the longitudinal
magnification.
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