The vascular tissue xylem brings water to all the woody and stem parts of the plant. Osmosis and active transport take water to any inaccessible parts in the leaves.
no
They have in comparison to other cell a large surface area which helps them collect water. They are found near the tip of the roots and appear like hairs. The whole structure is quite delicate. It can only survive for a few days and don't properly develop into a proper hair. Each root is a different cell.
Palisade cells produce glucose and oxygen through photosynthesis, while xylem cells are responsible for transporting water and minerals throughout the plant. These functions are specific to each cell type and are essential for the overall health and growth of the plant.
There are no cells IN cells, each cell is a separate entity be it a plant cell or an animal cell.
I don't really know the answer to this question, but each cell does affect what the plant does and how it does it.
no
They have in comparison to other cell a large surface area which helps them collect water. They are found near the tip of the roots and appear like hairs. The whole structure is quite delicate. It can only survive for a few days and don't properly develop into a proper hair. Each root is a different cell.
Palisade cells produce glucose and oxygen through photosynthesis, while xylem cells are responsible for transporting water and minerals throughout the plant. These functions are specific to each cell type and are essential for the overall health and growth of the plant.
Each minerals has their own functions, but the general function is that minerals are co-factors of enzymes.
There are no cells IN cells, each cell is a separate entity be it a plant cell or an animal cell.
Its just to help retain the structure of the cell, but in some cells it is also to take in toxic's and keep the hydrostatic pressure. But if this is homework it will just be wanting to maintain the structure of the cell (especially if it's referring to plant cells).
I don't really know the answer to this question, but each cell does affect what the plant does and how it does it.
The cell wall
No. Tap water or distilled water has no nutrients or minerals that a plant needs. If you leave a plant with just distilled water, it will effectively 'starve' love MeganX321 :)
Iron
As we know, transpiration means the evaporation of water vapour from the leaves etc. As the water evaporates, there is a decrease in pressure in the plant which in turn helps the root to absorb water and as the water transpires the water in the root is sucked upward by pressure and hence is transported to each and every part of plant. As the minerals are dissolved in the water (in small quantities) they are also transported through the same medium. this saves energy for the plant.
what ever they are told to do ;;; what ever they are told to do ;;;