what would happen when eukaryotic cells are placed in hypertonic hypotonic and isotopic solutions?
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Answered by
70
When eukaryotic cells are placed in
Hypertonic solution - The cell will lose its water due to the process of photosynthesis.
Hypotonic solution - The cell will gain water due to the process of photosynthesis.
Isotopic solution - The cell will have no change.
Hope this helps:)
Hypertonic solution - The cell will lose its water due to the process of photosynthesis.
Hypotonic solution - The cell will gain water due to the process of photosynthesis.
Isotopic solution - The cell will have no change.
Hope this helps:)
Answered by
60
Understanding osmosis at first .
The movement of solvent molecules from its region of higher concentration to lower concentration through a semi permeable membrane is called osmosis.
It is of 2 types--
1) Endosmosis - From outside to inside
2) Exosmosis - From inside to outside
Now if a cell is placed -
1) Hypertonic solution - The cell shrinks as water moves outside due to high concentration of water inside the cell.This occurs due to Exosmosis.
2) Hypotonic solution - The cell swells up as water moves inside due to low concentration of water inside the cell.This occurs due to Endosmosis.
3) Isotonic solution - The cell remains same due to same concentration of water both outside and inside the cell.
Hope This Helps You!
The movement of solvent molecules from its region of higher concentration to lower concentration through a semi permeable membrane is called osmosis.
It is of 2 types--
1) Endosmosis - From outside to inside
2) Exosmosis - From inside to outside
Now if a cell is placed -
1) Hypertonic solution - The cell shrinks as water moves outside due to high concentration of water inside the cell.This occurs due to Exosmosis.
2) Hypotonic solution - The cell swells up as water moves inside due to low concentration of water inside the cell.This occurs due to Endosmosis.
3) Isotonic solution - The cell remains same due to same concentration of water both outside and inside the cell.
Hope This Helps You!
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