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In a hypertonic solution, which direction will the water will move?
The polar heads interact with the inside and outside of a cell while the tails are in the middle.
diffusion
Iodine, because the molecules are smaller.
energy/ATP
phagocytosis
out of the cell
hypertonic
both semipermeable and selectively permeable are correct
In the iodine and the starch experiment, which molecules were able to pass through the dialysis tubing and why?
The polar heads interact with the inside and outside of a cell while the tails are in the middle.
diffusion
Iodine, because the molecules are smaller.
energy/ATP
phagocytosis
out of the cell
hypertonic
both semipermeable and selectively permeable are correct
Which of the following statements best describes the lipid bilayer of a cell membrane?
The polar heads interact with the inside and outside of a cell while the tails are in the middle.
diffusion
Iodine, because the molecules are smaller.
energy/ATP
phagocytosis
out of the cell
hypertonic
both semipermeable and selectively permeable are correct
What is the term used for the cell membrane since it lets only certain things through it?
The polar heads interact with the inside and outside of a cell while the tails are in the middle.
diffusion
Iodine, because the molecules are smaller.
energy/ATP
phagocytosis
out of the cell
hypertonic
both semipermeable and selectively permeable are correct
When a cell takes in a large, solid particle, this is called ________ and it is known as “cell eating.”
The polar heads interact with the inside and outside of a cell while the tails are in the middle.
diffusion
Iodine, because the molecules are smaller.
energy/ATP
phagocytosis
out of the cell
hypertonic
both semipermeable and selectively permeable are correct
When molecules move from areas of high concentration to areas of low concentration it is called? This is also called down the concentration gradient.
The polar heads interact with the inside and outside of a cell while the tails are in the middle.
diffusion
Iodine, because the molecules are smaller.
energy/ATP
phagocytosis
out of the cell
hypertonic
both semipermeable and selectively permeable are correct
Passive transport requires no:
The polar heads interact with the inside and outside of a cell while the tails are in the middle.
diffusion
Iodine, because the molecules are smaller.
energy/ATP
phagocytosis
out of the cell
hypertonic
both semipermeable and selectively permeable are correct
If there are more water molecules in the cell than outside, what type of solution exists outside the cell.
The polar heads interact with the inside and outside of a cell while the tails are in the middle.
diffusion
Iodine, because the molecules are smaller.
energy/ATP
phagocytosis
out of the cell
hypertonic
both semipermeable and selectively permeable are correct
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