Give differences: Dicot root and Monocot root | vedclass

Name: Exam Paper Generator | JEE NEET Paper Generator | Vedclass
Brand: Vedclass
Rating: 5 (35 reviews)

Question

(N/A) Dicot rootMonocot root$(1)$ Exodermis is not distinct under the epidermis.$(1)$ Exodermis is present below the epidermis.$(2)$ In the endodermis

Vedclass · Accepted Answer

Vedclass · Answer

(N/A) Dicot rootMonocot root$(1)$ Exodermis is not distinct under the epidermis.$(1)$ Exodermis is present below the epidermis.$(2)$ In the endodermis,thickening is in the form of Casparian strips.$(2)$ In the endodermis,thickening is $C$-shaped or $U$-shaped.$(3)$ Xylem and phloem bundles are fewer in number (usually $2$ to $4$).$(3)$ Many xylem and phloem bundles are present (polyarch condition).$(4)$ Root is typically tetrarch.$(4)$ Root is polyarch.$(5)$ Phloem parenchyma is present.$(5)$ Phloem parenchyma is absent.$(6)$ Secondary growth occurs in older roots.$(6)$ Secondary growth is absent.$(7)$ Pith is small or absent.$(7)$ Pith is large and well-developed.

Give differences: Dicot root and Monocot root.

Similar Questions

In a dicot root:

Well-developed pith and exarch vascular bundles are characteristics of which of the following?

In which order does the development of xylem occur?

The study of the internal structure of plants is called .........

Identify $P, Q,$ and $R$ in the given anatomical structure.

Vedclass Test Series

Exam Paper Generator

Online Exam Module

Dicot root	Monocot root
$(1)$ Exodermis is not distinct under the epidermis.	$(1)$ Exodermis is present below the epidermis.
$(2)$ In the endodermis,thickening is in the form of Casparian strips.	$(2)$ In the endodermis,thickening is $C$-shaped or $U$-shaped.
$(3)$ Xylem and phloem bundles are fewer in number (usually $2$ to $4$).	$(3)$ Many xylem and phloem bundles are present (polyarch condition).
$(4)$ Root is typically tetrarch.	$(4)$ Root is polyarch.
$(5)$ Phloem parenchyma is present.	$(5)$ Phloem parenchyma is absent.
$(6)$ Secondary growth occurs in older roots.	$(6)$ Secondary growth is absent.
$(7)$ Pith is small or absent.	$(7)$ Pith is large and well-developed.