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Microscope magnification practice problems: a. Suppose the ocular of a compound microscope has a magnification of 10X and the objective in use has a magnification of 35X. Calculate the total magnification of a slide viewed under the compound microscope. Calculations: 5. ce. a0nal use only do not 12-11 b. Suppose an ocular has a magnification of 15X. What power of objective lens would you need to produce a total magnification of 600X? Calculations: 10revE

Microscope magnification practice problems: a. Suppose the ocular of a compound microscope has a magnification of 10X and the objective in use has a magnification of 35X. Calculate the total magnification of a slide viewed under the compound microscope. Calculations: 5. ce. a0nal use only do not 12-11 b. Suppose an ocular has a magnification of 15X. What power of objective lens would you need to produce a total magnification of 600X? Calculations: 10revE

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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anal use only, do not reproduce. 02-1 5. Microscope magnification practice problems: objective in use has a magnification of 35X. Calculate the total magnification of a slide viewed under the compound microscope. Calculations: onal use only, do not reproduce. n2-11 b. Suppose an ocular has a magnification of 15X. What power of objective lens would you need to produce a total magnification of 600X? Calculations: Personal use only, do not reproduce. 2021-02-11 THE METRIC SYSTEM In the second portion of today's laboratory, you will leam about an internationally recognized system of scientific measurement called the metric system. You are probably wondering why a special system of measurement is needed for scientific work. Once you become familiar with the metric system, however, you will discover an obvious advantage that it has sona over the English system of measurement that you use in everyday life. There is no rhyme or reason to the English system. For example, there are twelve inches in one foot, three feet in one yard, and 1760 yards in one mile. Units of this sort are very difficult to work with nali.com mathematically and to express as decimals. Units in the metric system, on the other hand, are all based on multiples of ten. You can convert from one unit to another by just moving a to decimal point. If you think about how easy the United States monetary system is-ten pennies in a dime, ten dimes in a dollar-you have an idea of how straightforward the metric system is.
Transcribed Image Text:anal use only, do not reproduce. 02-1 5. Microscope magnification practice problems: objective in use has a magnification of 35X. Calculate the total magnification of a slide viewed under the compound microscope. Calculations: onal use only, do not reproduce. n2-11 b. Suppose an ocular has a magnification of 15X. What power of objective lens would you need to produce a total magnification of 600X? Calculations: Personal use only, do not reproduce. 2021-02-11 THE METRIC SYSTEM In the second portion of today's laboratory, you will leam about an internationally recognized system of scientific measurement called the metric system. You are probably wondering why a special system of measurement is needed for scientific work. Once you become familiar with the metric system, however, you will discover an obvious advantage that it has sona over the English system of measurement that you use in everyday life. There is no rhyme or reason to the English system. For example, there are twelve inches in one foot, three feet in one yard, and 1760 yards in one mile. Units of this sort are very difficult to work with nali.com mathematically and to express as decimals. Units in the metric system, on the other hand, are all based on multiples of ten. You can convert from one unit to another by just moving a to decimal point. If you think about how easy the United States monetary system is-ten pennies in a dime, ten dimes in a dollar-you have an idea of how straightforward the metric system is.
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