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A microscope has a 15.0 \times eyepiece and a 65.0 \times objective lens 30.0 cm apart. A) Calculate the total magnification. B) Calculate the focal length of eyepiece lens. Assume normal relaxed eye. C) Calculate the focal length of objective lens. Assume normal relaxed eye. D) Calculate where the object must be for a normal relaxed eye to see it in focus.

A microscope has a 15.0 \times eyepiece and a 65.0 \times objective lens 30.0 cm apart. A) Calculate the total magnification. B) Calculate the focal length of eyepiece lens. Assume normal relaxed eye. C) Calculate the focal length of objective lens. Assume normal relaxed eye. D) Calculate where the object must be for a normal relaxed eye to see it in focus.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A microscope has a 15.0 \times eyepiece and a 65.0 \times objective lens 30.0 cm apart. A) Calculate the total magnification. B) Calculate the focal length of eyepiece lens. Assume normal relaxed eye. C) Calculate the focal length of objective lens. Assume normal relaxed eye. D) Calculate where the object must be for a normal relaxed eye to see it in focus.
Transcribed Image Text:A microscope has a 15.0 \times eyepiece and a 65.0 \times objective lens 30.0 cm apart. A) Calculate the total magnification. B) Calculate the focal length of eyepiece lens. Assume normal relaxed eye. C) Calculate the focal length of objective lens. Assume normal relaxed eye. D) Calculate where the object must be for a normal relaxed eye to see it in focus.
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