There would be no net movement of water across the membrane because the amount of solute inside and outside of the membrane is equal.
There would be no net movement of water/solutes.This means that movement across the membrane can occur, but the same amount will move inside as out (and vice versa).
The movement of water across a membrane is called osmosis.
the movement of ions across a cell membrane.
Integral proteins allow movement of non-polar substances across membranes.
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There would be no net movement of water/solutes.This means that movement across the membrane can occur, but the same amount will move inside as out (and vice versa).
Yes, in an isotonic solution the movement of molecules across the membrane will stop.
We generally use the term "tonic" when referring to the effects of osmosis across a real biological membrane. Osmosis is the movement of water across a membrane. We usually have osmosis when the concentration of solutes on each side of the membrane are different so water diffuses from the side with lower solute concentration to the side with higher concentration and this usually continues until we have equilibrium and no more water diffuses across. This environment is called an isotonic environment. ("iso" is Greek for similar or equal)
The movement of water across a membrane is called osmosis.
no
the movement of ions across a cell membrane.
Osmosis across a selectively permeable membrane allows water across but disallows other particles across the membrane.
Movement of water across a membrane is called OSMOSIS.
Integral proteins allow movement of non-polar substances across membranes.
Active transport
osmosis
Osmosis.