Which statement accurately describes the difference between the fascicular and interfascicular cambium?
Fascicular cambium produces secondary xylem, while interfascicular cambium produces secondary phloem.
Fascicular cambium is present in monocots, while interfascicular cambium is present in dicots.
Fascicular cambium arises within vascular bundles, while interfascicular cambium arises in the medullary rays.
Fascicular cambium is a primary meristem, while interfascicular cambium is a secondary meristem.
Related Questions
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
Examples of lateral meristem?
Fasicular cambium
Inter fasicular cambium
Cork cambium
All
Apical meristem and intercalary meristem are called primary meristem because?
They appear early in plant and contributes to the formation of primary plant body
They make secondary tissue
They make the whole plant body
All of the above
Axillary bud and terminal bud are derived from the activity of
Lateral meristem
Intercalary meristem
Apical meristem
Parenchyma
A leaf primordium grows into adult leaf lamina
At first by apical meristem and later largely by marginal meristems
By apical meristem
By lateral meristem
By marginal meristem
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 results in
Secondary growth
Primary growth
Apical growth
None of these
Plant length is increased by
Apical meristem
Lateral meristem
Dermatogen
Periblem
Meristematic cells contain more of
Ribosomes
Golgi bodies
Vacuoles
Mature chloroplasts
