Guided Problem 338 Reflecting flames You want to use a spher

Guided Problem 33.8 Reflecting flames You want to use a spherical mirror to cast an image of a candle flame on a sheet of paper DEVISE PLAN 4. Draw a ray diagram showing the candle, the mirror, and two principal rays that allow you to locate the image. Check that (a) Should you use a diverging mirror or a converging mirror? (b) If the absolute value of the radius of curvature of the mirror you use is 300 mm and you position the candle 360 mm in front of the mirror, do you see the image of the flame on the paper? If so, at what distance from the mirror must you hold the paper, and how big is the image? you obtain the correct type of image 5. How does the shape of the mirror determine the sign of the focal length? 6. How can you use the mirror radius of curvature and the object-mirror distance to determine where to hold the paper? 3EXECUTE PLAN 4 EVALUATE RESULT GETTING STARTED 1. Which type of image can be viewed on a sheet of paper: real or virtual? 2. Which type of image is created by a converging mirror? By a 7. Is the paper-mirror distance you calculated consistent with diverging mirror? 3. Combine your answers to questions 1 and 2 to answer part a. your answer to question 1? Is this distance reasonable? 8. Is your result for image size plausible? Guided Problem 33.10 Double lens You have a camera in which the lens is a combination of a di- DEVISE PLAN verging lens of focal length -120 mm and a converging lens of . What ray diagrams should you draw? focal length 42 mm. The two are mounted 60 mm apart, and the 5. What equation can you use to calculate the distance from the converging lens is the one closer to the camera body. To focus the image produced on the sensor in the camera body, you move the pair of lenses closer to or farther from the sensor, keeping the EXECUTE PLAN distance between the lenses fixed at 60 mm. Suppose you are6. Draw a diagram showing the rays for the image formed by the photographing a plant that is 400 mm tall and is located 500 mm in front of the diverging lens. When you have this object in 7. Draw a ray diagram showing bath lenses and the rays for the focus, how far is the converging lens from the sensor? converging lens to the sensor? diverging lens. image formed by the converging lens. Remember that for a combination of two lenses, the principal rays for the second GETTING STARTED 1. What principle determines how the image forms after the lightlens are not necessarily the continuation of the rays from the first lens. 8. Calculate thei 4 EVALUATE RESULT from the object passes through both lenses? a diagram showing the object, the two lenses, and the distance for the converging le camera sensor. Label the important distances. If a distance is not known, label it with an appropriate symbol. 3. What quantity must you determine? How is this quantity relat 9. Is your answer for the distance between the converging lens ed to the image distance for the converging I and the sensor plausible?

Solution

please upload a neat picture. This is not clear barely can see anything