Cell Structures
Scientists
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100
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200
200
200
200
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Microscope Multi v. Uni
Organization
To Round Two!
C1 - 100
100
A phospholipid layer that covers
a cell’s surface and acts as a
barrier between the inside of a
cell and the cell’s environment
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Correct Answer
C1 - 200
200
The membrane-covered
organelle found in eukaryotic
cells; contains the cell’s DNA
and serves as the control center
for the cell
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Correct Answer
C1 - 300
300
A structure that surrounds the
cell membrane of some cells
and provides strength and
support
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Correct Answer
C1 - 400
400
Cell organelles surrounded by
two membranes that break
down food molecules to make
ATP
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Correct Answer
C1 -500
500
A small organelle in cells where
proteins are made from amino
acids
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Correct Answer
C2 - 100
100
English scientist who first observed
cells in a thin slice of cork
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Correct Answer
C2 - 200
200
Hooke named cells after this
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Correct Answer
C2 - 300
300
Dutch microscope maker who
was the first to observe living
cells
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Correct Answer
C2 - 400
400
German zoologist who concluded
all animals are made of cells
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Correct Answer
C2 -500
500
German botanist who
concluded all plants are
made of cells
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Correct Answer
C3 -100
100
To get the magnification of
a microscope, you need to
multiply the powers of
these two lenses
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Correct Answer
C3 -200
200
The magnification of the low
power objective
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Correct Answer
C3 -300
300
The magnification of the high
power objective
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Correct Answer
C3 -400
400
The glass rectangle you place
your specimens on
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Correct Answer
C3 -500
500
The plastic square you place
on your specimen before
placing it under the
microscope
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Correct Answer
C4 -100
100
Organism made of a single
cell
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Correct Answer
C4 -200
200
Organism made of 2 or more
cells
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Correct Answer
C4 -300
300
One benefit of being a
unicellular organism
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Correct Answer
C4 -400
400
One benefit of being a
multicellular organism
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Correct Answer
C4 -500
500
The reason that unicellular
organisms can’t get too large
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Correct Answer
C5 -100
100
A group of similar cells that
work together to perform a
specific task in the body
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Correct Answer
C5 -200
200
A group of organs that works
together to perform body
functions
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Correct Answer
C5 -300
300
A combination of two or more
tissues that work together to
perform a specific function in
the body
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Correct Answer
C5 -400
400
A membrane-covered
structure that contains all
of the necessary materials
for life
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Correct Answer
C5 -500
500
Anything that can
independently carry out
life processes
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Correct Answer
DAILY
DOUBLE
Question
The Big
Picture
Cell
Structures
Microscopes
LAB
Prok v.
Euk
200
200
200
200
200
400
400
400
400
400
600
600
600
600
600
800
800
800
800
800
1000
1000
1000
1000
1000
To Round One
To Final Jeopardy!
C6 -200
200
All of the populations of
different species that live and
interact in an area
Correct Answer
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C6 -400
400
A group of individuals of the
same species that live
together in the same area at
the same time
Correct Answer
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C6 -600
600
A community of organisms
and their nonliving
environment
Correct Answer
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C6 -800
800
An example of a population
Correct Answer
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C6 -1000
1000
An example of a community
Correct Answer
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C7 -200
200
A membrane-covered cell
organelle that produces
lipids, breaks down drugs
and other substances, and
packages proteins for
delivery out of the cell
Correct Answer
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C7 -400
400
The presence of these
make RER different form
SER
Correct Answer
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C7 -600
600
An organelle found in plant
and algae cells where
photosynthesis occurs
Correct Answer
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C7 -800
800
The cell organelle that
modifies, packages and
transports materials out of
the cell
Correct Answer
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C7 -1000
1000
A large membrane-covered
structure found in plant cells
that serves as a storage
container for water and other
liquids
Correct Answer
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C8 -200
200
The place on a microscope
that supports the slide
Correct Answer
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C8 -400
400
If a W was placed on a
microscope, the image would
appear as this
Correct Answer
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C8 -600
600
The big knob used to focus
the microscope in
scanning power
Correct Answer
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C8 -800
800
The little knob used to focus in
high power
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Correct Answer
C8 -1000
1000
The color of the low power
objective
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Correct Answer
C9 -200
200
The organelles visible in the
cheek cell
Correct Answer
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C9 -400
400
The organelles visible in the
plant cell
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Correct Answer
C9 -600
600
The stain used in the cell lab
Correct Answer
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C9 -800
800
Do all the cells in your body
look like your cheek cells?
Yes or No and WHY?
Correct Answer
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C9 -1000
1000
The main differences
between plant and animal
cells
Correct Answer
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C10 -200
200
A cell that does not have a
nucleus or any other
membrane-covered
organelles
Correct Answer
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C10 -400
400
A cell that contains a central
nucleus and a complicated
internal structure
Correct Answer
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C10 -600
600
Bacteria
Correct Answer
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C10 -800
800
Humans
Correct Answer
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C10 -1000
1000
The location of DNA in a
prokaryotic cell
Correct Answer
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DAILY
DOUBLE
Question
DAILY
DOUBLE
Question
FINAL JEOPARDY
CATEGORY
Eukaryotic cells
Where is the DNA in a
eukaryotic cell?
Correct Answer
C1 - 100
100
Cell Membrane
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C1 - 200
200
Nucleus
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C1 - 300
300
Cell Wall
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C1 - 400
400
Mitochondria
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C1 -500
500
Ribosomes
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C2 - 100
100
Robert Hooke
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C2 - 200
200
Monk’s Rooms
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C2 - 300
300
Anton van Leeuwenhoek
Back to board
C2 - 400
400
Theodor Schwann
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C2 -500
500
Matthias Schleiden
Back to board
C3 -100
100
Eye piece and objectives
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C3 -200
200
10x
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C3 -300
300
40x
Back to board
C3 -400
400
Slide
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C3 -500
500
Cover slip
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C4 -100
100
Unicellular
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C4 -200
200
Multicellular
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C4 -300
300
Various answers
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C4 -400
400
Various answers
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C4 -500
500
Cells need a high surface
area to volume ratio
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C5 -100
100
Tissues
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C5 -200
200
Organ system
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C5 -300
300
Organs
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C5 -400
400
Cell
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C5 -500
500
Organism
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C6 -200
200
Community
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C6 -400
400
Population
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C6 -600
600
Ecosystems
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C6 -800
800
Various answers
Back to Board
C6 -1000
1000
Various answers
Back to Board
C7 -200
200
Endoplasmic Reticulum
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C7 -400
400
Ribosomes
Back to Board
C7 -600
600
Chloroplast
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C7 -800
800
Golgi complex
Back to Board
C7 -1000
1000
Vacuole
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C8 -200
200
Stage
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C8 -400
400
M
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C8 -600
600
Course Adjustment
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C8 -800
800
Fine adjustment
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C8 -1000
1000
Yellow
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C9 -200
200
Cell membrane
Cytoplasm
Nucleus
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C9 -400
400
Cell membrane
Chloroplast
Cytoplasm
Cell Wall
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C9 -600
600
Iodine
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C9 -800
800
No, the cells of the body look
different because they perform
different functions
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C9 -1000
1000
Cell Wall and Chloroplast
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C10 -200
200
Prokaryotic cells
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C10 -400
400
Eukaryotic cells
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C10 -600
600
Prokaryotic cells
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C10 -800
800
Eukaryotic
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C10 -1000
1000
Floating in the cytoplasm not
contained in a nucleus
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In the nucleus