A: In monocot roots,the pericycle gives rise | vedclass

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(D) In monocot roots,the pericycle only gives rise to lateral roots; it does not produce cork cambium because monocot roots do not undergo secondary g

Vedclass · Accepted Answer

Both Assertion and Reason are incorrect.

Vedclass · Answer

(D) In monocot roots,the pericycle only gives rise to lateral roots; it does not produce cork cambium because monocot roots do not undergo secondary growth.Therefore,the Assertion is incorrect.Monocot roots typically possess polyarch vascular bundles (more than six xylem bundles),not tetrach bundles.Tetrach vascular bundles are characteristic of dicot roots.Therefore,the Reason is also incorrect.

$A$: In monocot roots,the pericycle gives rise to lateral roots and cork cambium.
$R$: It usually has tetrach vascular bundles.

Similar Questions

In a dicot root,the vascular bundles are:

In the Korper-Kappe theory,the term Korper refers to the body,and Kappe refers to:

Central part of root occupied by parenchymatous (thin or thick-walled) cells is called:

The following diagram shows the internal structure of a root hair. Identify the parts labelled as $X$ and $Y$.

The pericycle is defined as:

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$A$: In monocot roots,the pericycle gives rise to lateral roots and cork cambium.$R$: It usually has tetrach vascular bundles.