Apical, intercalary, lateral meristems are recognized on the basis of?
Specific function
Position
Mode of formation
None of these
Related Questions
Which of these is NOT a characteristic feature of meristematic cells?
Thin cell walls
Dense cytoplasm
Prominent nuclei
Presence of large central vacuole
Which is true for Meristematic tissue?
Their cells have dense cytoplasm and prominent nuclei
Their cells are dead with large intercellular spaces
These are usually modified for storage
Their cells are most primitive, living and without nuclei
A nail is driven into the trunk of a 30 years old tree at a point 1 m above the soil level. The tree grows in height at the rate of 0.5m a years. After three years, nail will be
1 m above the soil
1.5 m above the soil
2 m above the soil
2.5 m above the soil
Choose the correct statement
A group of cell having common origin generally perform common function
All of the cells in a plant body are capable of dividing
Permanent tissues have all cells same in function but different in structure
None of the above
The histogens are classified on the basis of
Cells they contain
Cells they give rise to future tissue
Meristematic activity
Cell division
The spongy petiole of Eichhornia contains which simple tissue?
Sclerenchyma
Meristem
Aerenchyma
None
All are cylindrical meristems except?
Cork cambium
Fasicular cambium
Both 1 and 2
Apical meristems
During the formation of primary plant body specific regions of apical meristem produces
Dermal tissue
Ground tissue
Vascular tissue
All of these
Specialised regions of plants having active cell division are called
Tissues
Organs
Meristems
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
