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# a. Begin with a converging lens of focal length f. Place an illuminated object a distance p, in front of the lens. For all

## a. Begin with a converging lens of focal length f. Place an illuminated object a distance p, in front of the lens. For all positive values of p;: 1. calculate and sketch a graph of the location of the image formed by that lens, 2. calculate the magnification of that image (and its sign), and 3. specify whether the image is real or virtual. That is, if you placed a screen at the calculated position, would an image of the object appear on the screen? Your answers to the first two calculations should be given solely in terms of p, and f. b. Now place an identical converging lens of focal length fbehind the first lens separated from it by a distance 3f. For the same positions of the object as in part a: 1. calculate and sketch a graph of the location of the image formed by the compound system of lenses as a function of the real object's distance from the first lens, p1, 2. calculate the magnification of the image (and its sign), and 3. specify whether the image is real or virtual. C. Draw separate ray diagrams that demonstrate your results above for the three cases where p/f= 5/2, 3/2, and 1/2. For convenience in comparing the diagrams, keep the size of the object, and both horizontal and vertical scales the same for each diagram.

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Lets Break down the steps for each part of problem PART A 1 Image Location Calculation By Using the Lens Formula Where f is the Focal length P1 is the object distance and i is the image distance Rearr...### Get Instant Access to Expert-Tailored Solutions

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