Three lenses are separated from one another. (From left to right), The first is a diverging lens with focal length f, the second is converging with focal length f, and the third is converging with focal length 2f/3. The first two are separated by a distance 2f and the second two are separated by a distance f. If we place an object a distance 3f/2 to the left of the first lens, find: (a) the location of the final image, (b) the magnification of the final image, (c) determine whether it is real or virtual. Include a sketch that shows consistency with your results.
Three lenses are separated from one another. (From left to right), The first is a diverging lens with focal length f, the second is converging with focal length f, and the third is converging with focal length 2f/3. The first two are separated by a distance 2f and the second two are separated by a distance f. If we place an object a distance 3f/2 to the left of the first lens, find: (a) the location of the final image, (b) the magnification of the final image, (c) determine whether it is real or virtual. Include a sketch that shows consistency with your results.
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Transcribed Image Text:Problem 5 Triple Lens
Three lenses are separated from one another. (From left to right), The first is a diverging lens with
focal length f, the second is converging with focal length f, and the third is converging with focal
length 2f/3. The first two are separated by a distance 2f and the second two are separated by a
distance f. If we place an object a distance 3f/2 to the left of the first lens, find: (a) the location of
the final image, (b) the magnification of the final image, (c) determine whether it is real or virtual.
Include a sketch that shows consistency with your results.
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