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25.0 cm apart. An ovjOLE A I converging lens. Determine (a) the position and (b) the magnification of the final image formed. (c) Sketch a ray diagram for this system. *62. (II) A lighted candle is placed 36 cm in front of a converging lens of focal length fi = 13 cm, which in turn is 56 cm in front of another converging lens of focal length fɔ = 16 cm (see Fig. 23–60). (a) Draw a ray diagram and estimate the location and the relative size of the final image. (b) Calcu- late the position and relative size of the final image. || fj = 13 cm f2 = 16 cm %3D FIGURE 23-60 eo Problem 62. T36 cm -56cm- General Problems 69. Sunlight is reflected off the Moon. How long does it take that light to reach us from the Moon? 70. You hold a small flat mirror 0.50 m in front of you 0.50 m and can see your reflection twice in that mirror because 1.0 m there is a full-length mirror 1.0 m behind you (Fig. 23-61). Determine the distance of each image from you. CLEAR

25.0 cm apart. An ovjOLE A I converging lens. Determine (a) the position and (b) the magnification of the final image formed. (c) Sketch a ray diagram for this system. *62. (II) A lighted candle is placed 36 cm in front of a converging lens of focal length fi = 13 cm, which in turn is 56 cm in front of another converging lens of focal length fɔ = 16 cm (see Fig. 23–60). (a) Draw a ray diagram and estimate the location and the relative size of the final image. (b) Calcu- late the position and relative size of the final image. || fj = 13 cm f2 = 16 cm %3D FIGURE 23-60 eo Problem 62. T36 cm -56cm- General Problems 69. Sunlight is reflected off the Moon. How long does it take that light to reach us from the Moon? 70. You hold a small flat mirror 0.50 m in front of you 0.50 m and can see your reflection twice in that mirror because 1.0 m there is a full-length mirror 1.0 m behind you (Fig. 23-61). Determine the distance of each image from you. CLEAR

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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25.0 cm apart. An ovjOLE A I converging lens. Determine (a) the position and (b) the magnification of the final image formed. (c) Sketch a ray diagram for this system. *62. (II) A lighted candle is placed 36 cm in front of a converging lens of focal length fi = 13 cm, which in turn is 56 cm in front of another converging lens of focal length fɔ = 16 cm (see Fig. 23–60). (a) Draw a ray diagram and estimate the location and the relative size of the final image. (b) Calcu- late the position and relative size of the final image. || fj = 13 cm f2 = 16 cm %3D FIGURE 23-60 eo Problem 62. T36 cm -56cm- General Problems 69. Sunlight is reflected off the Moon. How long does it take that light to reach us from the Moon? 70. You hold a small flat mirror 0.50 m in front of you 0.50 m and can see your reflection twice in that mirror because 1.0 m there is a full-length mirror 1.0 m behind you (Fig. 23-61). Determine the distance of each image from you. CLEAR
Transcribed Image Text:25.0 cm apart. An ovjOLE A I converging lens. Determine (a) the position and (b) the magnification of the final image formed. (c) Sketch a ray diagram for this system. *62. (II) A lighted candle is placed 36 cm in front of a converging lens of focal length fi = 13 cm, which in turn is 56 cm in front of another converging lens of focal length fɔ = 16 cm (see Fig. 23–60). (a) Draw a ray diagram and estimate the location and the relative size of the final image. (b) Calcu- late the position and relative size of the final image. || fj = 13 cm f2 = 16 cm %3D FIGURE 23-60 eo Problem 62. T36 cm -56cm- General Problems 69. Sunlight is reflected off the Moon. How long does it take that light to reach us from the Moon? 70. You hold a small flat mirror 0.50 m in front of you 0.50 m and can see your reflection twice in that mirror because 1.0 m there is a full-length mirror 1.0 m behind you (Fig. 23-61). Determine the distance of each image from you. CLEAR
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