The pericycle in roots contributes to the formation of which of the following structures, EXCLUDING:
Lateral roots
Vascular cambium
Cork cambium
Root cap
Related Questions
Length of petiole increases due to division of
Apical meristem
Lateral meristem
Intercalary meristem
All of these
A branch or a flower develops in the axil of the leaves by the activity of
axillary bud
terminal bud
intercalary meristem
apical meristem
Leaf is formed from?
Intercalary meristem
Apical meristem
Fascicular vascular cambium
Inter fascicular cambium
The primary function of lateral meristems is:
Increase in length of the plant.
Increase in girth or thickness of the plant.
Development of flowers and fruits.
Formation of leaves and branches.
Which of the following statements is INCORRECT regarding the quiescent center in root apical meristem?
It has a low rate of cell division.
It acts as a reserve of cells for the root apical meristem.
It is relatively inactive.
It has a high rate of cell division.
Intercalary meristem is a derivative of
Lateral meristem
Promeristem
Primary meristem
Secondary meristem
Which meristem is responsible for the formation of the periderm?
Apical meristem
Intercalary meristem
Vascular cambium
Cork cambium
Which of these is NOT a characteristic feature of meristematic cells?
Thin cell walls
Dense cytoplasm
Prominent nuclei
Presence of large central vacuole
Which one of the following is not a lateral meristem?
Intrafascicular cambium
Interfascicular cambium
Phellogen
Intercalary meristem
Choose the wrong statement from the following
Axillary/terminal bud develops from apical meristem
Merismatic activity occurs at stem apex/root apex
Permanent tissues are produced by primary and secondary meristem
None of the above
