The cells of collenchyma are thickened at the corners. These tissue gives strength to the part in which it is present.

Yes, as teak is a dicot plant and all dicot plants show secondary growth.

Yes, jute fibres are bast (phloem) fibres anatomically.

These cells divide rapidly and continuously and are present at the apices of roots, shoots and leaves.

The meristem which, lies between the regions of permanent tissues, is called intercalary meristem.This is a primary meristem because its cells continue to divide to produce new cells and add to the length of the plant or its organ.

Companion cells are found in phloem

Phloem is the food conducting tissue of plants. All organic food made in leaves move upward and downward through phloem.

The inner wall of collenchymatous cells shows the deposition of pectin.

The term parenchyma has been given by N. Grew.

Sieve tube is an organised and differentiated cellular structure having cytoplasm without any nucleus. However, nucleus is present in young cells, but mature sieve tube element lacks nucleus. Its functions are controlled by the nucleus of companion cells.

Totipotency is the capability of developing into a complete organism or differentiating into any of its cells or tissues. Meristem tissue has the ability to divide and grow.

Companion cells are absent in the phloem of pteridophytes and gymnosperms, while present in the phloem of angiosperms.

Epidermal parenchyma cells constitute the protective layer of epidermis, which protect plants from infection and drying out.

Yes, dalchini is obtained from the bark of cinnamon and is used as a spice.

Palisade mesophyll tissue of parenchyma is adapted for photosynthesis, so large number of chloroplasts are found in it.

Sclereids are a type of sclerenchyma cells. These are dead cells and do not perform any metabolic functions.

Apical meristems are situated at the tips of the root and shoot. They take part in initial growth.

No, it is not true because all plants show primary growth. Primary growth is the growth that occurs as a result of cell division at the tips of stems and roots, and gives rise to primary tissue.

Nageli discovered meristems as well as complex permanent tissues (xylem and phloem).

Vessel is more efficient in water conduction because vessels are interconnected with each other by means of pores (perforations) though which water moves up fast.