Problem 7: A student microscope has a 10X objective and a 15X eyepiece. A student is using the microscope to view a thin slice of an apple. The cells in the apple have a diameter of 0.10 mm. Assume a length L = 160 mm. a. How far from the objective lens should the apple slice be placed? b. How does the angular size of a cell when viewed through the microscope compare to the angular size of a 19 mm diameter penny at a distance of 25 cm?
Problem 7: A student microscope has a 10X objective and a 15X eyepiece. A student is using the microscope to view a thin slice of an apple. The cells in the apple have a diameter of 0.10 mm. Assume a length L = 160 mm. a. How far from the objective lens should the apple slice be placed? b. How does the angular size of a cell when viewed through the microscope compare to the angular size of a 19 mm diameter penny at a distance of 25 cm?
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![Problem 7: A student microscope has a 10X objective and a 15X eyepiece. A student is using
the microscope to view a thin slice of an apple. The cells in the apple have a diameter of 0.10
mm. Assume a length L = 160 mm.
a. How far from the objective lens should the apple slice be placed?
b. How does the angular size of a cell when viewed through the microscope compare to
the angular size of a 19 mm diameter penny at a distance of 25 cm?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F857219bf-59b9-4ffd-8854-db810b50de0e%2Ff74a4b05-9aed-4227-b201-e375d7f42ca1%2Fh1xg4lp_processed.png&w=3840&q=75)
Transcribed Image Text:Problem 7: A student microscope has a 10X objective and a 15X eyepiece. A student is using
the microscope to view a thin slice of an apple. The cells in the apple have a diameter of 0.10
mm. Assume a length L = 160 mm.
a. How far from the objective lens should the apple slice be placed?
b. How does the angular size of a cell when viewed through the microscope compare to
the angular size of a 19 mm diameter penny at a distance of 25 cm?
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