Use the lens magnification values in the table below and the sample cell (viewed under low power) provided to answer question 1. Show ALL WORK for full marks and include units! *Recall: 1 mm=1000 µm) Ocular lens 10x Objective lens 1 Objective lens 2 Objective lens 3 4.2x 10x 40x 1. a) Determine the microscope's total (viewing) magnification. b) Measure the field of view using the ruler as a guide. c) Calculate the actual width of the cell using the formula below (ignore the scaļe bar). Actual size =Field of view (um) Number of cells d) If a student drawing of the same cell was 27 cm long, what is the magnification of the student's drawing? Magnification = Size of drawing for cell Actual size of cell

Use the lens magnification values in the table below and the sample cell (viewed under low power) provided to answer question 1. Show ALL WORK for full marks and include units! *Recall: 1 mm=1000 µm) Ocular lens 10x Objective lens 1 Objective lens 2 Objective lens 3 4.2x 10x 40x 1. a) Determine the microscope's total (viewing) magnification. b) Measure the field of view using the ruler as a guide. c) Calculate the actual width of the cell using the formula below (ignore the scaļe bar). Actual size =Field of view (um) Number of cells d) If a student drawing of the same cell was 27 cm long, what is the magnification of the student's drawing? Magnification = Size of drawing for cell Actual size of cell

Principles Of Radiographic Imaging: An Art And A Science

6th Edition

ISBN:9781337711067

Author:Richard R. Carlton, Arlene M. Adler, Vesna Balac

Publisher:Richard R. Carlton, Arlene M. Adler, Vesna Balac

Chapter11: Filtration

Section: Chapter Questions

Problem 5RQ

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