Answered: Problem 4: Notice the pattern in the… | bartleby

Case Studies In Health Information Management

Case Studies In Health Information Management

3rd Edition

ISBN:9781337676908

Author:SCHNERING

Publisher:SCHNERING

Chapter6: Leadership

Section: Chapter Questions

Problem 6.42.1C

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please help me answer questions 4 & 5. thank you.

Supplementary Problems:
Problem 1: At a magnification of 40x, a student measured 41 ocular micrometer divisions
per millimeter. What is the distance, in micrometers, per ocular unit at 40x?
Problem 2: At a total magnification of 100x, a student measures 16.4 ocular micrometer
divisions per millimeter. What is the distance, in micrometers, per ocular unit at 100x?
Problem 3: At a total magnification of 400x, a student measures 4.1 ocular micrometer
divisions per millimeter. What is the distance, in micrometers, per ocular unit at 400x?
Problem 4: Notice the pattern in the above 3 problems. What do you think the distance in
micrometers per ocular unit at 1000x would be?
Problem 5: It was found that the units on the ocular micrometer and the units on the stage
micrometer matched up 40 units to 1.0 mm at 100 power. (So 40 ocular units equals 1.0
mm.) If the wing of a dead fruit fly was measured to be 2.5 ocular micrometer units at a
magnification of 100, what is the length of the wing in mm? What does mm stand for?

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Problem 1: At a total magnification of 100x, a student measures 16.4 ocular micrometer divisions per millimeter. What is the distance, in micrometers, per ocular unit at 100x? Problem 2: At a total magnification of 400x, a student measures 4.1 ocular micrometer divisions per millimeter. What is the distance, in micrometers, per ocular unit at 400x? Problem 3: Notice the pattern in the above 2 problems. What do you think the distance in micrometers per ocular unit at 1000x would be?
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