hints:You have to solve these problems in two steps: First you have to find the

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hints:You have to solve these problems in two steps: First you have to find the image of the object created by the first lens using the thin lens and magnification equation s . Then you have to use this image as the object of the second lens and use the thin lens and magnification equations again. Be careful: The object distance for the second lens is the distance between the image created by the first lens and the location of the second lens, i.e., the object distance of the sec ond lens is NOT the same as the image distance of the first lens. Remember, to find the overall magnification of the two - lens system, you have to multiply the individual applications at the end.

2. A 1.0-cm tall object is 4.0 cm to the left of a converging lens with a focal length of 5.0 cm. A diverging lens, of focal length -8.0 cm, is 12 cm to the right of the first lens. Find the position size, and orientation of the final image (using equations, not ray diagrams.)

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