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Well,roots have tiny pores,so when water goes through the soil and reaches the roots,the pores absorb the water which circulate and go to other parts of the plant.
Roots have a big surface area and thin walls, which allow water to pass into them easily and the roots are very long they go down and down under the soil to find water.
Cacti have very strong roots that go deep into the Earth searching for water. Since they go so far, they must be very strong. The stronger the roots, the deeper they search for water. Roots secure plants to the ground, but some can't. Cacti can.
No they don't. BEcause of their natural environment (the desert), where water is scarce, cacti develop shallow root systems. They are shallow, but they spread out, making it more likely that the plant would find surface water.
Roots have hairs on the tips that soak up the water and they then soak the water up the plant and then the water is transported to the other veins in the leaf.
water
Water enters a plant through the roots. The roots absorb water from the soil through root hairs and transport it up through the stem to the rest of the plant.
It enters the most through the fibrous roots
roots/root hairs.
A plant absorbs water through its roots, going up through the stem, to the rest of the plant. There are little openings in the leaves called "pores" which also absorb a bit of water and cells as well. -Hope this helped! Love, KOOKIE MONSTER
Mainly Carbon dioxide enters. Some water can enter,but majority of water leaves through them
It enters an aquifer.
Water enters the leaves through the roots via the xylem tissue, a system of water-conducting cells. Minerals are absorbed from the soil by the roots and transported through the xylem with water. These substances then travel from the roots, through the stem, and eventually reach the leaves where they are used for photosynthesis and other metabolic processes.
Water enters a plant primarily through the roots via a process called osmosis. The roots absorb water from the soil along with essential nutrients, which is then transported through the plant's vascular system to the leaves for photosynthesis and other metabolic processes.
Water enters the roots' xylem cells primarily through a process called osmosis, where water moves from areas of higher concentration in the surrounding soil to lower concentration in the root cells. This movement is facilitated by root hairs, which increase the surface area for absorption. Additionally, the transpiration pull created by water evaporating from the leaves creates a negative pressure that draws water upward through the xylem, ensuring a continuous flow of water from the roots to the rest of the plant.
It enters an aquifer.
Water primarily enters the plant through the roots, where it is absorbed from the soil. The root hairs increase the surface area for absorption, allowing the plant to take in necessary water and nutrients. While some water can be absorbed through the leaves via foliar uptake, the roots remain the main pathway for water entry.