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osmosis is affected by the concentration gradient the lower the concentration gradient the faster the speed of osmosis
Osmosis is a passive transport process. Therefore it can only go with the concentration gradient.
Because osmosis is the movement of water molecules from where they are in high concentration to where they are in low concentration.
The concentration gradient is controlled by Diffusion. This same movement in reverse is known as Osmosis.
water across a concentration gradient
against the gradient
osmosis is affected by the concentration gradient the lower the concentration gradient the faster the speed of osmosis
Osmosis is a passive transport process. Therefore it can only go with the concentration gradient.
It is because during active transport, the molecules are being transported against and toward the concentration gradient whereas in diffusion, the molecules go from the concentration gradient.
the concentration gradient will help to bring stuff into the cell and to move stuff out. Osmosis likes to move with the concentration gradient. Moving with a concentration gradient is passive transport and moving against it is active transport
Because osmosis is the movement of water molecules from where they are in high concentration to where they are in low concentration.
it is called osmosis and it is the net movement of water particles across a semi-permable membrane against the concentration gradient!
Active transport, or reverse osmosis; depending upon conditions.
Its called as Osmosis
Yes, chemiosmosis involves a concentration gradient. Think of chemiOSMOSIS, osmosis being the diffusion of water, which involves a concentration gradient.
The difference between osmosis and active transport is that osmosis takes place only in water molecule and active transport takes place in takes place in the internal lining of the small intestine. 2 osmosis takes place in presence of concentration gradient and active transport against the concentration gradient.
this is called active transport, bc it uses energy and goes against the concentration gradient