Question

What is conductive tissue for mineral nutrients in plants?

Answer 1

Hint: Vascular tissue seems to be a mixture of different cell types in vascular plants which really enables the transportation of water, minerals, and photosynthesis components in the
plant.

Complete answer: Vascular plants utilize their vascular tissue to deliver water and nutrients to high elevations, able to feed trees hundreds of feet high. The core elements of vascular tissue are xylem and phloem. The two tissues carry fluids and nutrients internally. Also, there are two meristems linked to the vascular tissue: the vascular cambium and also the cork cambium. All of the
vascular tissues of a particular crop collectively cover the vascular tissue framework of such a plant. The molecules in the vascular tissue are primarily long and slender. Since xylem and phloem participate in the conduction of water, minerals, and nutrients in the plant, it is not unexpected that their shape must be identical to pipes. The individual cells of the phloem are tied end-to-end, just as the sections of the pipe could be bound.
Additional Information:
Xylem is a specialized form of vascular tissue created in vascular plants to carry nutrients and water from the roots of plants to the tips of the leaves. In order to survive, every molecule in the plant demands water and minerals and performs the assigned reactions. The xylem is constructed of hollow, dead cells. Water is absorbed into roots, generating positive pressure on the water inside the column. When the water evaporates out from the leaves, the transpiration process pulls water into the leaves. In this way, the xylem is being used as a straw, allowing water to bring minerals up through plants. At the very same time, the plant makes sugars using photosynthesis, which should be transported down to the stem and root cells. Another vascular tissue, the phloem, is responsible for this process.

Note: Vascular tissue is made up of xylem and phloem, the primary transport networks of plants. Probably, they exist together in vascular bundles across all plant organs, through roots, stems and leaves. Xylem is responsible for driving water and dissolved ions from roots upwards towards the plant. Phloem is carrying metabolites.