Fungi make their food via absorption, and a large surface area makes nutrient absorption extremely efficient.
root 2 root 2 * root 2 = 2 2 = area of the square.
The area of square is : 1936.0
You square-root the area
The square root of what? If you take the square root of the area, the answer will be the length of the side. If the area is, for example, in square meters, the length of a side will be in meters.
root hair
It has a large surface area for maximum absorption.
Root hairs greatly increase the surface area available to the root for water absorption. The greater the surface area, the more water that can be reached at one time.
Roots with root hairs on them can penetrate the soil better. Also, root hairs increase the surface area of a root allowing faster absorption of water and minerals.
The root hairs present below the root cap and meristematic zone are thin walled elongated structures made essentially to absorb water from the soil capillaries by endo-osmosis. Numerous root hairs have manifold area for absorption which helps plant to increase water absorption.
They develop a cytoplasmic hair-like elongation which increases its surface area for more absorption. It also has a large number of mitochondria which provides energy needed for the active uptake of minerals.
They develop a cytoplasmic hair-like elongation which increases its surface area for more absorption. It also has a large number of mitochondria which provides energy needed for the active uptake of minerals.
Because it increases the surface area of which the roots can absorb water allowing it to absorb more water than it can with root hairs.
it is layered and it grows, it helps the hair cell when providing a greater surface area for water absorption
epithelial tissue includes protection, secretion, absorption, and filtration
Plant root is specialized for anchorage and absorption.
Microvilli, villi, plicae circulares, if choosing just one i would go with microvilli because the tremendously increase the surface area for absorption in the absorptive cell