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Problem &. (Finding magnification) You hold a 5.0 cm-focal length magnifying glass as close as possible to your eye. Our goal is to find the
Problem &. (Finding magnification) You hold a 5.0 cm-focal length magnifying glass as close as possible to your eye. Our goal is to find the magnification produced by this. A. Suppose you have the typical near point of 25 cm. How far from the magnifying glass should you place an object to achieve maximum magnification? Express your answer in units of cm. Assume that the magnifying glass is close enough to the eye to approximate that there is no distance between them. (Hint: where should the image form for maximum magnification? Be mindful of sign conventions!) B. What is the maximum magnification? Problem 9. (Examining microscopes) A microscope with an overall magnification of 200 has an objective that magnifies by 50. A. What is the angular magnification of the eyepiece, Why.? B. Suppose a different objective on the turret has a magnification of 10. What is the total magnification using this objective? Suppose a microscope has an objective focal length of 0.150 cm. C. If the object is situated 0.155 cm away from the objective, what is the magnification produced by the objective, ? ? D. If an 8x angular magnification eyepiece is used in the microscope in part C, what is the overall magnification, Whet
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