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Instructions for Side by Side Printing
  1. Print the notecards
  2. Fold each page in half along the solid vertical line
  3. Cut out the notecards by cutting along each horizontal dotted line
  4. Optional: Glue, tape or staple the ends of each notecard together
  1. Verify Front of pages is selected for Viewing and print the front of the notecards
  2. Select Back of pages for Viewing and print the back of the notecards
    NOTE: Since the back of the pages are printed in reverse order (last page is printed first), keep the pages in the same order as they were after Step 1. Also, be sure to feed the pages in the same direction as you did in Step 1.
  3. Cut out the notecards by cutting along each horizontal and vertical dotted line
To print: Ctrl+PPrint as a list

32 notecards = 8 pages (4 cards per page)

Viewing:

Lab 1- Microscope

front 1

back 1

A- Rotating nosepiece
B- Ocular lens
C- Substage light

front 2

back 2

D- Head
E- Objective lens
F- Light control

front 3

back 3

G- Mechanical stage
H- Stage
I- Condenser

front 4

back 4

J- Arm
K- Coarse Adjustment Knob
L- Mechanical Stage Control

front 5

back 5

M- Iris Diapgrahm Lever
N- Fine Adjustment knob
o- Base

front 6

The proper technique for transporting the microscope

back 6

Hold it in an upright position with one hand on the arm and the other arm on the base

front 7

The microscope must be cleaned with

back 7

Special grit free lens paper (In a circular motion)

front 8

When beginning to focus the ____ power lens should be used.

back 8

Lowest power

front 9

When focusing, always focus ______ from the specimen

back 9

Away
(So the slide won't break)

front 10

use the Coarse Adjustment Knob only with the _____ power lens.

back 10

Lower- power lens

front 11

The platform on which the slide rests for viewing

back 11

Stage

front 12

The microscope structure
used to increase the amount of light passing through the specimen

back 12

Condenser

front 13

The microscope structure
that secure the slide to the stage

back 13

Mechanical Stage

front 14

The microscope structure
that delivers a concentrated beam of light to the specimen

back 14

Iris diaphragm

front 15

The microscope structure
used for precise focusing once initial focusing has been done

back 15

Fine Adjustment Knob

front 16

The microscope structure
that carries the objective lenses; rotates so that different objective lenses can be brought into position over the specimen

back 16

movable nose piece

front 17

The real image is magnified to produce the ______________ seen by your eye.

back 17

Virtual Image

front 18

Define Resolution

back 18

The ability to discriminate 2 close objects as separate (Resolving power)

front 19

The distance from the bottom of the objective lens to the specimen is ____________

back 19

Working distance

front 20

Assume there is an object on the left stage of the field that you want to bring to the center.
What direction would you move the slide?

back 20

Right

front 21

The area of the specimen seen when look through the microscope is _______

back 21

field

front 22

If a microscope has a 10x ocular and the total magnification at a particular time is 950x,
the object lens used at the time is ___x

back 22

95
[10x * 95= 950x]

front 23

Why should the light be dimmed when looking at the living cell?

back 23

To provide more contrast for viewing the lightly stained cells.
(Also, a wet mount can dry out by the heat from the light.)

front 24

If, after focusing in low power, only the Fine Adjustment need be used to focus the specimen at the higher powers, the microscope is said to be _______

back 24

Parfocal

front 25

Say, you are observing an object in the low- power field. When yo switch to high power, it is no longer in your field of view.
Why?

back 25

BECAUSE, In lower power you have a WIDER field of view.
When you switch to higher power, your view NARROWS, and becomes out of focus.

Lower power- Wider view
Higher power- Narrow view

front 26

How can you prevent it from happening?

back 26

Center the object as much as possible before switching to a higher power and increasing the magnification slowly.

front 27

Higher Magnification, Resolution (Increases/ Decreases)

back 27

increases

front 28

Higher magnification, Working distance (Increases/ Decreases)

back 28

Decreases

front 29

Higher magnification, Amount of light needed (Increases/ Decreases)

back 29

Increases

front 30

Higher Magnification, Depth of light (Increases/ Decreases)

back 30

Decreases

front 31

A higher lens is a high power, so it only needs a _______ workiing distance.

back 31

shorter (mm)

front 32

Probable situations arising in microscope:
-> Only half of the fields illuminated because....

-> Field does not change as mechanical stage is moved...

back 32

-> because there is a blockage in the light path

-> mechanical stage contacts between the specimen and the objective lens