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Match it!
Match it! Select the correct answer from the pull down...Good luck!
When equilibrium is reached and the inside of the cell is isotonic compared to the outside, the water
isotonic in, isotonic out
keeps moving in and out but doesn't change the size of the cell
Moving solute molecules from low to high across a cell membrane
protein channels
Hypertonic
the cell is hypertonic compared to the water, which is hypotonic
requires energy and protein pumps
Hypotonic
If a cell is placed in salt or sugar water
isotonic in, isotonic out
keeps moving in and out but doesn't change the size of the cell
Moving solute molecules from low to high across a cell membrane
protein channels
Hypertonic
the cell is hypertonic compared to the water, which is hypotonic
requires energy and protein pumps
Hypotonic
Which of the situations is having equal concentrations inside and outside the cell?
isotonic in, isotonic out
keeps moving in and out but doesn't change the size of the cell
Moving solute molecules from low to high across a cell membrane
protein channels
Hypertonic
the cell is hypertonic compared to the water, which is hypotonic
requires energy and protein pumps
Hypotonic
Facilitated diffusion requires the use of
isotonic in, isotonic out
keeps moving in and out but doesn't change the size of the cell
Moving solute molecules from low to high across a cell membrane
protein channels
Hypertonic
the cell is hypertonic compared to the water, which is hypotonic
requires energy and protein pumps
Hypotonic
This means having a higher concentration than the solution on the other side of a membrane
isotonic in, isotonic out
keeps moving in and out but doesn't change the size of the cell
Moving solute molecules from low to high across a cell membrane
protein channels
Hypertonic
the cell is hypertonic compared to the water, which is hypotonic
requires energy and protein pumps
Hypotonic
Active transport
isotonic in, isotonic out
keeps moving in and out but doesn't change the size of the cell
Moving solute molecules from low to high across a cell membrane
protein channels
Hypertonic
the cell is hypertonic compared to the water, which is hypotonic
requires energy and protein pumps
Hypotonic
This requires energy to happen
isotonic in, isotonic out
keeps moving in and out but doesn't change the size of the cell
Moving solute molecules from low to high across a cell membrane
protein channels
Hypertonic
the cell is hypertonic compared to the water, which is hypotonic
requires energy and protein pumps
Hypotonic
This means having a lower concentration than the solution on the other side of a membrane
isotonic in, isotonic out
keeps moving in and out but doesn't change the size of the cell
Moving solute molecules from low to high across a cell membrane
protein channels
Hypertonic
the cell is hypertonic compared to the water, which is hypotonic
requires energy and protein pumps
Hypotonic
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