calculate size of each cell under high power

Surgical Tech For Surgical Tech Pos Care
5th Edition
ISBN:9781337648868
Author:Association
Publisher:Association
Chapter16: Ophthalmic Surgery
Section: Chapter Questions
Problem 16.2CS
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Using my data can you help me please to calculate size of each cell under high power?
C. MEASUREMENTS
WITH THE MICROSCOPE
EXERCISE 1: DETERMINE DIAMETER OF THE FIELD OF VIEW
Table 7-2. Diameters of fields of view
Total
Magnification
Scanning 40x
Low 100x
High 400x
Oil 1000x
Field of View
in Millimeters (mm)
4
mm (measured)
25 mm (measured)
0.4 mm (calculated)
0.16
mm (calculated)
Field of View
in Micrometers (μm)
4000 μm
2500 μm
400 μm
160 μm
Transcribed Image Text:C. MEASUREMENTS WITH THE MICROSCOPE EXERCISE 1: DETERMINE DIAMETER OF THE FIELD OF VIEW Table 7-2. Diameters of fields of view Total Magnification Scanning 40x Low 100x High 400x Oil 1000x Field of View in Millimeters (mm) 4 mm (measured) 25 mm (measured) 0.4 mm (calculated) 0.16 mm (calculated) Field of View in Micrometers (μm) 4000 μm 2500 μm 400 μm 160 μm
Expert Solution
Step 1

FOV (Field View Diameter) 

  • The diameter of the circle of light you see while peering through a microscope is known as the field of view (FOV).
  • The FOV narrows as the magnification power increases.
  • A clear ruler may be used to gauge the FOV of our microscope.
  • But in order to assess this precisely, we must use the microscope's lowest power.
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