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1. An object with height y =15.0 cm is placed on the optical axis in front of a diverging lens with an object distance p = 45.0cm . The diverging lens produces a virtual image that is magnified +0.640 . The image is on the incident light side of the lens. (Pay attention to +/- signs): What is the location of the image, i ? by m = а. b. What is the focal length of the lens, f ? Draw a clearly labeled ray diagram. You should include and label on the diagram: a. optical axis, b. object, c. image, d. lens, e. two focal points, f. central ray, g. parallel ray, and h. focal ray. Draw rays with arrows. Projected rays should be drawn as dashed lines. The scaled down drawing should be done accurately to represent the distances given in this problem. С.

1. An object with height y =15.0 cm is placed on the optical axis in front of a diverging lens with an object distance p = 45.0cm . The diverging lens produces a virtual image that is magnified +0.640 . The image is on the incident light side of the lens. (Pay attention to +/- signs): What is the location of the image, i ? by m = а. b. What is the focal length of the lens, f ? Draw a clearly labeled ray diagram. You should include and label on the diagram: a. optical axis, b. object, c. image, d. lens, e. two focal points, f. central ray, g. parallel ray, and h. focal ray. Draw rays with arrows. Projected rays should be drawn as dashed lines. The scaled down drawing should be done accurately to represent the distances given in this problem. С.

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Please explain only part C. Please draw the diagram on graph paper. 

1. An object with height y =15.0 cm is placed on the optical axis in front of a diverging lens with an object distance p = 45.0cm . The diverging lens produces a virtual image that is magnified by m = +0.640. The image is on the incident light side of the lens. (Pay attention to +/- signs): What is the location of the image, i ? b. What is the focal length of the lens, f ? а. Draw a clearly labeled ray diagram. You should include and label on the diagram: a. optical axis, b. object, c. image, d. lens, e. two focal points, f. central ray, g. parallel ray, and h. focal ray. Draw rays with arrows. Projected rays should be drawn as dashed lines. The scaled down drawing should be done accurately to represent the distances given in this problem. С.
Transcribed Image Text:1. An object with height y =15.0 cm is placed on the optical axis in front of a diverging lens with an object distance p = 45.0cm . The diverging lens produces a virtual image that is magnified by m = +0.640. The image is on the incident light side of the lens. (Pay attention to +/- signs): What is the location of the image, i ? b. What is the focal length of the lens, f ? а. Draw a clearly labeled ray diagram. You should include and label on the diagram: a. optical axis, b. object, c. image, d. lens, e. two focal points, f. central ray, g. parallel ray, and h. focal ray. Draw rays with arrows. Projected rays should be drawn as dashed lines. The scaled down drawing should be done accurately to represent the distances given in this problem. С.
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