Please help solve only Part c and d. The correct answer for part c is 2110 and the correct answer for part d is 0.328mm. (If needed the correct answer for parts a is 2050 and the correct answer for part b is f_2 = .806 cm and f_1 = 0.267 cm). 1. A microscope has a 31.0x eyepiece and a 66.0x objective lens 18.7 cm apart. For the relaxedeye with the final image at infinity, calculate (a) the total magnification, (b) and the focal length ofeach lens. (c) What would be the new total magnification of the microscope if the eye was engagedand focused on the human near point of 25.0 cm? (d) How far would the object need to be movedrelative to the objective lens in this case of switching from a relaxed eye to an engaged eye?

(c) Given the magnification of the eyepiece is 31x and the objective lens is 66x. 1x is equal to…

Answered: 1. A microscope has a 31.0x eyepiece…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Please help solve only Part c and d. The correct answer for part c is 2110 and the correct answer for part d is 0.328mm. (If needed the correct answer for parts a is 2050 and the correct answer for part b is f_2 = .806 cm and f_1 = 0.267 cm).

1. A microscope has a 31.0x eyepiece and a 66.0x objective lens 18.7 cm apart. For the relaxed
eye with the final image at infinity, calculate (a) the total magnification, (b) and the focal length of
each lens. (c) What would be the new total magnification of the microscope if the eye was engaged
and focused on the human near point of 25.0 cm? (d) How far would the object need to be moved
relative to the objective lens in this case of switching from a relaxed eye to an engaged eye?

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