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Transcript of THIS IS 100 200 300 400 500 Tiny Organs Eat your greens MembranesThe one who smelt it… But I’m...
THIS
IS
100 100 100 100 100 100
200 200 200 200 200 200
300 300 300 300 300 300
400 400 400 400 400 400
500 500 500 500 500 500
Tiny Organs Eat your greens
Membranes The one who smelt it…
But I’m so tired
Potpourri
The structure associated with cellular respiration in eukaryotic
cells.
A 100
It merely holds DNA
A 200
The site of protein synthesis.
A 300
Transport canals
A 400
Watery site of most metabolism in a cell.
A 500
B 100
Site of photosynthesis in plant cells.
Two structures plant cells have but animal cells lack.
B 200
The photosynthetic pigment.
B 300
Organisms that can make their own “fuel”
B 400
The part of a leaf where most photosynthesis takes place
B 500
Some things can pass, some cannot.
C 100
When cells expend NO energy to move material
around the cell
C 200
Provide channels for active transport
C 300
DAILY DOUBLE
C 400
DAILY DOUBLE
Place A Wager
These extend from the surface for cell
communication and recognition.
C 400
Process of cell “eating”
C 500
Net motion from high concentration to low
concentration
D 100
Diffusion of water
D 200
Type of transport associated with diffusion.
D 300
Solutions with more water (or other solvent)
D 400
A cell shrinks in this type of solution
D 500
The fuel for respiration
E 100
The “energy molecule”
E 200
Without air
E 300
The cause of cramps and muscle fatigue
E 400
A product of ALL forms of cellular respiration
E 500
One of the parts of cell theory
F 100
Function of a stomate
F 200
The types of compounds that make up the cell membrane
F 300
The difference in concentrations across a
membrane
F 400
The term that refers to organisms that cannot make
their own fuel
F 500
The Final Jeopardy Category is:
Cell Theory
Please record your wager.
Click on screen to begin
The technological development that made cell study possible.
Thank You for Playing Jeopardy!
Game Designed By C. Harr-MAIT
What is a mitochondria?
A 100
What is the nucleus?
A 200
What are ribosomes?
A 300
What is endoplasmic reticulum?
A 400
What is cytoplasm?
A 500
What are chloroplasts?
B 100
What are chloroplasts and a cell wall?
B 200
What is chlorophyll?
B 300
What are autotrophs?
B 400
What is the mesophyll?
B 500
What is semi-permeable?
C 100
What is passive transport?
C 200
What are membrane proteins?
C 300
What are receptor molecules?
C 400
What is phagocytosis?
C 500
What is diffusion?
D 100
What is osmosis?
D 200
What is passive transport?
D 300
What is hypotonic?
D 400
What is hypertonic?
D 500
What is glucose?
E 100
What is ATP?
E 200
What is anaerobic
E 300
What is lactic acid?
E 400
What is carbon dioxide or water
E 500
Do you agree?
E 100
What is a regulate gas exchange in leaves?
E 200
What are lipids, proteins and carbohydrates?
E 300
What is the concentration gradient?
E 400
What is “heterotroph?”
E 500
What is the light microscope?
E 500
