Unlike dicot roots, monocot roots typically lack:
A distinct endodermis with Casparian strips
A central pith surrounded by vascular tissues
Secondary growth with distinct annual rings
Numerous xylem vessels arranged in a radial pattern
Related Questions
Endodermis with many locations of passage cells are seen in cross section of?
Castanea root
Helianthus root
Ricinus root
Zea root
The multilayered pericycle in a monocot root contributes significantly to:
Lateral root formation
Secondary growth
Vascular cambium formation
Primary xylem development
Unlike dicot roots, monocot roots lack:
Pith
Endodermis
Pericycle
Secondary growth
Monocot root differ from dicot root because of
Radial vascular bundle
Large and well-developed pith
Polyarch xylem bundle
Both (b) and (c )
Monocot root is not characterised by?
Polyarch condition
Exarch xylem
Well developed medulla
Secondary growth
The central pith in a monocot root is usually:
Absent
Small and inconspicuous
Large and well developed
Replaced by vascular tissue
I. Pith is large and well-developed in monocots
II. Monocot root don’t undergo any secondary growth
In accordance to the above statements, identify the correct one
I is incorrect, but II is correct
II is incorrect, but I is correct
I and II are incorrect
I and II are correct
The pith in a monocot root is typically:
large
absent
small
composed of sclerenchyma
Schizo-lysigenous cavities present in
Monocot stem
Dicot root
Monocot root
Dicot leaf
As compared to the dicot root, monocotyledon root have
More xylem bundles
More phloem bundles
Less phloem bundles
Less xylem bundles
