A Metric ruler was placed under the microscope and using the low power object(10x). a student measurement a specimen to be 1.2 mm - convent the diameter at low power (10x) to micrometers. - calculate the high-power(40x) diameter field of view using the information from part a.
A Metric ruler was placed under the microscope and using the low power object(10x). a student measurement a specimen to be 1.2 mm - convent the diameter at low power (10x) to micrometers. - calculate the high-power(40x) diameter field of view using the information from part a.
Biochemistry
6th Edition
ISBN:9781305577206
Author:Reginald H. Garrett, Charles M. Grisham
Publisher:Reginald H. Garrett, Charles M. Grisham
Chapter17: Metabolism: An Overview
Section: Chapter Questions
Problem 19P: Which of the following experimental approaches is likely must complete picture of a particular...
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1. A Metric ruler was placed under the microscope and using the low power object(10x). a student measurement a specimen to be 1.2 mm
- convent the diameter at low power (10x) to micrometers.
- calculate the high-power(40x) diameter field of view using the information from part a.
2.when an enzyme is functioning at its optimal conditions, the enzyme:
- denatures
- causes the
chemical reaction to proceed slowly - does not change the rate of the chemical reaction
- causes the number and type of atoms to change’
- causes the chemical reaction to proceed rapidly
3. Match the terms on the left with its description
_____ stage
_____ocular lens
_____Diaphragm
_____adjustment focusing knob
____Body tube
- holds the microscope slide
- lens you look through, usually 10x power
- regulate the amount of light passing the specimen
- used to focus on specimen
- holds the eyepiece
- upper part of the microscope that contains optical components.
- holds the object lens
- magnifies specimen
- secures that slice to the stage
- condenses light from the light source into a narrow beam
- source of illumination
- magnifies an image 100x,
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