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Welcome to Mrs. Vera’s biology review.
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JeopardyTopic 1 Topic 2 Topic 3 Topic 4 Topic 5 Topic 6
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Final Jeopardy
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$100 Question Topic 1
Requires a carrier protein, no energy input, and involves a change in the shape of its carrier - these are all characteristics of ____ ______
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$100 Answer Topic 1
Facilitated diffusion
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$200 Question Topic 1
Which does not expend (use) energy? Active transport, sodium-potassium pump, diffusion, or endocystosis?
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$200 Answer Topic 1
diffusion
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$300 Question Topic 1
Name something that enters a cell by active transport
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$300 Answer Topic 1
Potassium ion
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$400 Question Topic 1
What takes place from an area of high concentration to an area of low concentration?
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$400 Answer Topic 1
diffusion
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$500 Question Topic 1
How do sugar molecules enter the cells?
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$500 Answer Topic 1
Facilitated diffusion
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$100 Question Topic 2
What is the process called by which water passes in and out of a cell?
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$100 Answer Topic 2
osmosis
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$200 Question Topic 2
What happens to turgor pressure when you place a plant into a hyptonic environment?
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$200 Answer Topic 2
It increases
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$300 Question Topic 2
When you rid the cell of material by discharging it from sacs, it is called ___.
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$300 Answer Topic 2
exocytosis
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$400 Question Topic 2
What part of the cell maintains the cell’s homeostasis?
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$400 Answer Topic 2
Cell membrane
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$500 Question Topic 2
How do molecules that are too large to move through the cell membrane transport into the cell?
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$500 Answer Topic 2
endocytosis
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$100 Question Topic 3
Molecules that are too large to be moved across a cell membrane can be removed from the cell by ___.
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$100 Answer Topic 3
exocytosis
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$200 Question Topic 3
What kind of solution is fresh water?
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$200 Answer Topic 3
hyptonic
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$300 Question Topic 3
Active transport systems require an input of ___
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$300 Answer Topic 3
ATP energy
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$400 Question Topic 3
What is the end result of diffusion?
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$400 Answer Topic 3
equilibrium
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$500 Question Topic 3
What is it called when animal cells engulf, digest, and destroy invading bacteria?
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$500 Answer Topic 3
phagocytosis
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$100 Question Topic 4
When a plant has low turgor pressure, what happens to the plant?
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$100 Answer Topic 4
It wilts
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$200 Question Topic 4
What are the 3 types of passive transport?
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$200 Answer Topic 4
Diffusion, osmosis, and facilitated diffusion
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$300 Question Topic 4
When an amoeba engulfs its prey and takes it in it is called
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$300 Answer Topic 4
phagocytosis
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$400 Question Topic 4
What part of a cell is formed from the cell membrane and is used to transfer molecules into and out of the cell?
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$400 Answer Topic 4
vescicle
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$500 Question Topic 4
This builds up in plant cells and causes the cell membrane to push against the cell wall.
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$500 Answer Topic 4
Turgor pressure
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$100 Question Topic 5
A solution whose solute concentration equals that inside the cell
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$100 Answer Topic 5
isotonic
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$200 Question Topic 5
Protein that transports specific substances across a biological membrane
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$200 Answer Topic 5
isotonic
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$300 Question Topic 5
A solution whose solute concentration is lower than that inside a cell
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$300 Answer Topic 5
hyptonic
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$400 Question Topic 5
Membrane protein that provides a passageway across the cell membrane
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$400 Answer Topic 5
Ion channel
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$500 Question Topic 5
Organelle that expels water
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$500 Answer Topic 5
Contractile vacuoule
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$100 Question Topic 6
Movement of substances across a cell membrane without the use of cell energy
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$100 Answer Topic 6
Passive transport
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$200 Question Topic 6
The difference in concentration of a substance across space
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$200 Answer Topic 6
Concentration gradient
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$300 Question Topic 6
A solution whose solute concentration is higher than that inside the cell
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$300 Answer Topic 6
hypertonic
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$400 Question Topic 6
The shrinking or wilting of a walled cell in a hypertonic environment
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$400 Answer Topic 6
plasmolysis
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$500 Question Topic 6
A process in which substances move down their concentration gradient across the cell membrane with the assistance of carrier proteins
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$500 Answer Topic 6
Facilitated diffusion
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Final Jeopardy Topic
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Final Jeopardy Question
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Final Jeopardy Answer
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Thank You for Playing!