Membrane Transport Review
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Last updated over 1 year ago
10 questions
9
Move the tiles to the correct location. You must move all 9 tiles
Move the tiles to the correct location. You must move all 9 tiles
- Osmosis
- Facilitated Diffusion
- Does not require energy (ATP)
- Endocytosis
- Diffusion
- Moves molecules from low to high
- Moves molecules from high to low
- Requires energy (ATP)
- Exocytosis
- Active Transport
- Passive Transport
1
What type of membrane transport moves gases like oxygen from high to low concentration in the lungs.
What type of membrane transport moves gases like oxygen from high to low concentration in the lungs.
1
What type of membrane transport uses ATP (energy) to move glucose into the cell.
What type of membrane transport uses ATP (energy) to move glucose into the cell.
1
Neurons use ATP to release hormones into the blood. What type of membrane transport is this?
Neurons use ATP to release hormones into the blood. What type of membrane transport is this?
1
If you place a cell in water, the cell will swell because water moves into the cell from high to low concentration. What type of membrane transport is this?
If you place a cell in water, the cell will swell because water moves into the cell from high to low concentration. What type of membrane transport is this?
1
Iodine is moved from high to low concentration into your cells with the help of a protein transport. What type of membrane transport is this?
Iodine is moved from high to low concentration into your cells with the help of a protein transport. What type of membrane transport is this?
1
Type of active transport that brings materials inside the cell
Type of active transport that brings materials inside the cell
1
Which is not a type of passive transport?
Which is not a type of passive transport?
1
Diffusion of water across a cell is
Diffusion of water across a cell is
1
When you exercise, your muscles produce carbon dioxide (CO2). CO2 builds up in your muscles causing there to be a higher concentration of CO2 in your muscles than blood. What process causes CO2 to exit the muscle and enter the blood.
When you exercise, your muscles produce carbon dioxide (CO2). CO2 builds up in your muscles causing there to be a higher concentration of CO2 in your muscles than blood. What process causes CO2 to exit the muscle and enter the blood.