B. Directions: Complete the paragraph using the word pool provided. Write the letter on the blank. A. MIRROR D. OBJECTIVES G. PENCIL J.MAGNIFICATION B. EYEPIECE E. INVERTED H. GLASS SLIDE K. COVERSLIP С. 10х F. FIELD OF VIEW I. 40X L. UPWARD A microscope is an essential tool in Biology. It provides us with has various important data on specimens being examined. The (1) magnification (5x, 10x, 12.5x, 15x) which attaches to the body tube. On the other hand, the revolving nosepiece is attached by (2) 40x, and 100x magnifications. with 10x, In preparing a wet mount, place the specimen in a (3) add a drop of water and cover it with a (4) eraser-end of a (5) Tap the coverslip with the to reduce the formation of the bubbles. to find the (7) Look at the eyepiece and adjust the (6) of the microscope which is the bright circle of light. The (8) the specimen is computed by multiplying the magnification of the Eyepiece with the magnification of the Objectives. If the eyepiece has a magnification of 10x and the Objective has (9) magnification is 400x. In addition, turning the stage knob upward will result in moving the specimen as seen in the microscope downward while turning the stage knob to the left will move the specimen to the right as seen under the microscope. Finally, the specimen when seen under the microscope appears (10) of then the specímen's
B. Directions: Complete the paragraph using the word pool provided. Write the letter on the blank. A. MIRROR D. OBJECTIVES G. PENCIL J.MAGNIFICATION B. EYEPIECE E. INVERTED H. GLASS SLIDE K. COVERSLIP С. 10х F. FIELD OF VIEW I. 40X L. UPWARD A microscope is an essential tool in Biology. It provides us with has various important data on specimens being examined. The (1) magnification (5x, 10x, 12.5x, 15x) which attaches to the body tube. On the other hand, the revolving nosepiece is attached by (2) 40x, and 100x magnifications. with 10x, In preparing a wet mount, place the specimen in a (3) add a drop of water and cover it with a (4) eraser-end of a (5) Tap the coverslip with the to reduce the formation of the bubbles. to find the (7) Look at the eyepiece and adjust the (6) of the microscope which is the bright circle of light. The (8) the specimen is computed by multiplying the magnification of the Eyepiece with the magnification of the Objectives. If the eyepiece has a magnification of 10x and the Objective has (9) magnification is 400x. In addition, turning the stage knob upward will result in moving the specimen as seen in the microscope downward while turning the stage knob to the left will move the specimen to the right as seen under the microscope. Finally, the specimen when seen under the microscope appears (10) of then the specímen's
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Question
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![B. Directions: Complete the paragraph using the word pool provided. Write
the letter on the blank.
A. MIRROR
D. OBJECTIVES
G. PENCIL
J.MAGNIFICATION
B. EYEPIECE
E. INVERTED
H. GLASS SLIDE
K. COVERSLIP
C. 10x
F. FIELD OF VIEW
I.
40X
L. UPWARD
A microscope is an essential tool in Biology. It provides us with
has various
important data on specimens being examined. The (1)
magnification (5x, 10x, 12.5x, 15x) which attaches to the body tube. On the
other hand, the revolving nosepiece is attached by (2)
40x, and 100x magnifications.
In preparing a wet mount, place the specimen in a (3)
drop of water and cover it with a (4)
eraser-end of a (5)
Look at the eyepiece and adjust the (6)
of the microscope which is the bright circle of light. The (8)
the specimen is computed by multiplying the magnification of the Eyepiece
with the magnification of the Objectives. If the eyepiece has a magnification
of 10x and the Objective has (9)
magnification is 400x. In addition, turning the stage knob upward will result
in moving the specimen as seen in the microscope downward while turning
the stage knob to the left will move the specimen to the right as seen under
the microscope. Finally, the specimen when seen under the microscope
appears (10)
with 10x,
add a
Tap the coverslip with the
to reduce the formation of the bubbles.
to find the (7)
of
then the specimen's
ISCAG School
12](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0c0f0d70-1eb0-408c-a72d-323787264df4%2F25af6416-e912-4f27-ad1e-0adfc6685c73%2Fg44uovh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:B. Directions: Complete the paragraph using the word pool provided. Write
the letter on the blank.
A. MIRROR
D. OBJECTIVES
G. PENCIL
J.MAGNIFICATION
B. EYEPIECE
E. INVERTED
H. GLASS SLIDE
K. COVERSLIP
C. 10x
F. FIELD OF VIEW
I.
40X
L. UPWARD
A microscope is an essential tool in Biology. It provides us with
has various
important data on specimens being examined. The (1)
magnification (5x, 10x, 12.5x, 15x) which attaches to the body tube. On the
other hand, the revolving nosepiece is attached by (2)
40x, and 100x magnifications.
In preparing a wet mount, place the specimen in a (3)
drop of water and cover it with a (4)
eraser-end of a (5)
Look at the eyepiece and adjust the (6)
of the microscope which is the bright circle of light. The (8)
the specimen is computed by multiplying the magnification of the Eyepiece
with the magnification of the Objectives. If the eyepiece has a magnification
of 10x and the Objective has (9)
magnification is 400x. In addition, turning the stage knob upward will result
in moving the specimen as seen in the microscope downward while turning
the stage knob to the left will move the specimen to the right as seen under
the microscope. Finally, the specimen when seen under the microscope
appears (10)
with 10x,
add a
Tap the coverslip with the
to reduce the formation of the bubbles.
to find the (7)
of
then the specimen's
ISCAG School
12
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