The water potential gradient determines the direction of osmosis. It goes from high to low water potential. This is because n a high water potential area there is a bigger number of free water molecules. Free here means they are not attached to other solute molecules forming a hydration shell.
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The water potential gradient determines the direction of osmosis. It goes from high to low water potential. This is because n a high water potential area there is a bigger number of free water molecules.
The water potential gradient determines the direction of osmosis. It goes from high to low water potential. This is because n a high water potential area there is a bigger number of free water molecules. Free here means they are not attached to other solute molecules forming a hydration shell.
If two solutions have the same osmolarity, they are said to be isosmotic. You pour salt on a snail, the water molecules on that snail will stick to the chlorine and sodium ions, and therefore make room for more water, therefore DECREASED the water potential. The lower the more water is being moved.
It goes from high to low water potential. Explanation: This is because n a high water potential area there is a bigger number of free water molecules. Free here means they are not attached to other solute molecules forming a hydration shell.