Calculate the position, size, and orientation of the final image from this 2-lens system. The original object is 2-cm tall and is located 36 cm in front of the first lens. The two identical lenses are converging lenses with focal length f = 9.0 cm and are placed 15 cm apart. Hint: Redraw the system with only the first lens to find the location of the image from the first lens. Then use that image as the object of the second lens and redraw the system with only that object from the first lens and the second lens to find the final image.
Calculate the position, size, and orientation of the final image from this 2-lens system. The original object is 2-cm tall and is located 36 cm in front of the first lens. The two identical lenses are converging lenses with focal length f = 9.0 cm and are placed 15 cm apart. Hint: Redraw the system with only the first lens to find the location of the image from the first lens. Then use that image as the object of the second lens and redraw the system with only that object from the first lens and the second lens to find the final image.
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3. Calculate the position, size, and orientation of the final image from this 2-lens system. The original object is 2-cm tall and is located 36 cm in front of the first lens. The two identical lenses are converging lenses with focal length f = 9.0 cm and are placed 15 cm apart. Hint: Redraw the system with only the first lens to find the location of the image from the first lens. Then use that image as the object of the second lens and redraw the system with only that object from the first lens and the second lens to find the final image.
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