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the answer is a osmosis
Root hair cells are used in osmosis to transmit water and nutrients from the soil. These root hair cells reduce the loss of water and adapt to the large surface area and speeds up osmosis process.
The root word in osmotic is osmosis. Osmosis is the act of water or fluid passing through a thin membrane. Osmotic is when fluid, like water absorbs through a membrane into a liquid solution.
It causes root pressure.
It has a long narrow tail which increases surface area to volume ratio for the absorption of water and minerals. It is living cell that enables to perform active transport because we know only living cells respire,and this respiration give energy for active transport. It has the water gradient which helps diffusion and osmosis.
Because osmosis is related to the movement of water molecules.
No, water enters the root hairs by the process of osmosis
The higher osmotic potential in the plant cells (root hairs and its surrounding cells) is the cause of entering water in plants from the soil by endo-osmosis. Once the water reaches near xylem it is pulled upward by cohesion force. And thus the continuity of water entring in the root is maintained.
osmosis
I think it is osmosis.
Osmosis runs on the principle of diffusion. The diffusion of water molecules through semipermeable membrane is called osmosis. We are getting most of our drinking water by RO process (i. e. reverse osmosis). Root hairs of plant absorb water by endo-osmosis.
the answer is a osmosis
The root hairs absorb water and materials through the process of osmosis. Osmosis is accomplished when there is a greater concentration on one side of a selectively permeable membrane than on the other. The water and nutrients then flow into the area of lower concentration within the root.
Root hair cells are used in osmosis to transmit water and nutrients from the soil. These root hair cells reduce the loss of water and adapt to the large surface area and speeds up osmosis process.
Osmosis (endo-osmosis to take water inside plant cell)
Osmosis.
Its not really by a process of osmosis. It is more by active transport. And the different concetration gradient in the soil and in the roots.