Question

A fibrous root system is better adapted than a tap root system for
A. Storage of food
B. Anchorage of the plant to soil
C. Absorption of water and minerals
D. Transport of water and organic system

Answer 1

Hint: An enormous, focal, and prevailing root from which different roots sprout horizontally is known as the taproot. In general, one can define taproot as a relatively straight and thick, tightening fit as a fiddle root. Numerous threads like individuals which are pretty much equivalent in length are present in fibrous roots. We can say that it is a feature of monocotyledons.

Complete answer:
A fibrous root framework is something very contrary to a taproot framework. It is usually shaped by slight, tolerably stretching roots developing from the stem. Fibrous roots are adaptable for the anchorage to soil as they will tend to stay more shallow into the soil than the taproots. These systems appear as a tangle made out of roots when the tree has arrived at full development.
Scavenges have a fibrous root framework, which helps battle disintegration by anchoring the plants to the top layer of the soil and covering the field's sum as a non-line crop. In a fibrous root network, the roots develop downwards into the soil and branch off sideways all through the soil. This structures a mass of fine roots, with an unmistakable tap root, because the undeveloped root kicks the bucket back while the plant is as youthful and developing and hence helps in the plant's anchorage soil.
So, the correct answer is “Option B”.

Additional Information:
Taproots are rooting specifically for arriving at water somewhere down in the ground or storing away the food supplements created by the plant.
Absorption of water and minerals: Thin-walled epidermal cells and root hairs are appropriate for retaining moisture and breaking down minerals from the soil.
Water would now be able to move from the root hair cells and over the cortex's parenchyma cells in two significant manners. Some water goes through the cells as a natural side effect. When water is in the root's xylem, it will leave behind the xylem of the stem.

Note:
Fibrous roots are extrinsic roots that are slim, exceptionally stretched, and focused close to the outside of the soil. They anchor the plant through a broad organization of fine roots. These plants are generally acceptable at controlling disintegration. Then again, taproots develop straight down instead of spreading along the surface. Fibrous roots are profoundly spread roots and have more root hairs just as more surface territory than a taproot framework. Because of more surface zone, these roots help the plants of anchorage to soil immovably.