If a subsance is applied to a cell that makes the membrane more permeable to ions, the interior voltage changes. If the interior voltage becomes more positive (say from Ð70 mV to Ð60 mV), this is called a depolarization. If the interior voltage becomes more negative (say from Ð70 mV to Ð80 mV) it's called a hyperpolarization.
If the semi-permeable membrane will change into non-permeable membrane, the items could not enter the cell. Also the osmosis will not occur as it takes place in semi-permeable membrane.
The Nucleus would be damaged. Apex
the cell membrane is not completely permeable.This allows substances in and out of the cell and only a few substances could get into the cell.If the cell membrane becomes permeable any substance including the bad ones will get in easily this could destroy the cell.
That would expose the DNA to possible damage.
the nucleus would be damaged. according to apex. hope this helps.:)
The nucleus would be damaged.
If the semi-permeable membrane will change into non-permeable membrane, the items could not enter the cell. Also the osmosis will not occur as it takes place in semi-permeable membrane.
The cell would die as it couldn't maintain homeostasis.
The nucleus would be damaged.
The Nucleus would be damaged. Apex
the cell membrane is not completely permeable.This allows substances in and out of the cell and only a few substances could get into the cell.If the cell membrane becomes permeable any substance including the bad ones will get in easily this could destroy the cell.
That would expose the DNA to possible damage.
It would die as harmful substances enteres the cells.
the nucleus would be damaged. according to apex. hope this helps.:)
they create a flow of electrical currrent that can disturb the resting membrane potential.
Large molecules would be able to enter and damage the nucleus.
Diffusion is essentially the movement of solute molecules from a region of higher concentration to a region of lower concentration. A semi permeable membrane need not be used to study this phenomenon