Question

Which of the following is not a function of ground tissue?
A. Protection of other tissues
B. Supporting the plant
C. Storage of water and carbohydrates
D. Transport of materials
E. Photosynthesis

Answer 1

Hint: The ground tissue is all plant tissues aside from vascular and dermal tissues. The parenchyma ground tissue serves in photosynthesis, food stockpiling, and mending, and tissue recovery. Collenchymatous ground tissue bolsters the youthful stem, roots, and petioles.

Complete answer:
The sclerenchymatous ground tissue offers inflexible help and insurance to plant parts. The capacity of the material vehicles is performed by vascular tissue framework which isn't the portion of the ground tissue. The ground tissue of plants incorporates all tissues that are neither dermal or vascular. It tends to be isolated into three sorts dependent on the idea of the cell dividers.

Additional Information: Parenchyma cells have slender essential dividers and typically stay alive after they become experienced. Parenchyma shapes the "filler" tissue in the delicate pieces of plants, and is generally present in the cortex, pericycle, essence, and medullary beams in essential stem and root. Collenchyma cells have slim essential dividers with certain zones of optional thickening. Collenchyma gives extra mechanical and basic help, especially in areas of new development. Sclerenchyma cells have thick lignified auxiliary dividers and regularly bite the dust when fully grown. Sclerenchyma offers the principle auxiliary help to a plant. Sclerenchyma is the tissue that makes the plant hard and firm. Sclerenchyma is the supporting tissue in plants. Two kinds of sclerenchyma cells exist: strand cells and sclereids. Their cell dividers comprise cellulose, hemicellulose, and lignin. Sclerenchyma cells are the chief supporting cells in plant tissues that have stopped stretching. Sclerenchyma strands are of incredible financial significance, since they establish the source material for some textures (for example flax, hemp, jute, and ramie).
So, the correct answer is the ‘transport of materials’.

Note: Not at all like the collenchyma, develop sclerenchyma is made out of dead cells with very thick cell dividers (optional dividers) that make up to 90% of the entire cell volume. From the Greek word the term sclerenchyma is derived, meaning "hard." The sclerenchyma are hard, and thick that gives strength and support to various plant parts and stops their lengthening. The contrast between sclereids isn't in every case clear: changes do exist, now and then even inside a similar plant.