It shows the number of years of the plant and enhance the rigidity of the plant.
Woody dicot stem has plenty of secondary xylem as a result of seasonal secondary growth which forms the wood. Herbaceous dicot stem has inconspicuous secondary growth.
Dicot plants have secondary growth hence their stems are woody, in mocots true secondary growth is absent. The leaves of dicot plants have reticulate venation and monocots have parallel venation. The seeds in Dicots have two cotyledones in its embryo in monocots only one cotyledon in the form of scutellum is prominant.
Yes , it is dicot .
A Dicot seed is a seed from certain flowering plants. Those flowering plants that have embryonic leaves come from Dicot seeds.
By examining the embryo in the seeds, the venation in the leaves and the vasculature of the stem and root one can determine whether the plant is monocot or dicot. The oak has two cotyledons in each embryo, reticulate venation in the leaves and open vascular bundles in the root and stem with secondary growth. The above mentioned features suggest that oak is a dicot plant.By examining the embryo in the seeds, the venation in the leaves and the vasculature of the stem and root one can determine whether the plant is monocot or dicot. The oak has two cotyledons in each embryo, reticulate venation in the leaves and open vascular bundles in the root and stem with secondary growth. The above mentioned features suggest that oak is a dicot plant.
Woody dicot stem has plenty of secondary xylem as a result of seasonal secondary growth which forms the wood. Herbaceous dicot stem has inconspicuous secondary growth.
secondary growth
Dicot plants have secondary growth hence their stems are woody, in mocots true secondary growth is absent. The leaves of dicot plants have reticulate venation and monocots have parallel venation. The seeds in Dicots have two cotyledones in its embryo in monocots only one cotyledon in the form of scutellum is prominant.
Epidermis, hypodermis and primary cortex make up bark in a mature dicot stem when secondary growth in the cortical region sets in.
no there is no cambium present in monocot roots.
It is dicot...
Yes , it is dicot .
A Dicot seed is a seed from certain flowering plants. Those flowering plants that have embryonic leaves come from Dicot seeds.
A Dicot seed is a seed from certain flowering plants. Those flowering plants that have embryonic leaves come from Dicot seeds.
By examining the embryo in the seeds, the venation in the leaves and the vasculature of the stem and root one can determine whether the plant is monocot or dicot. The oak has two cotyledons in each embryo, reticulate venation in the leaves and open vascular bundles in the root and stem with secondary growth. The above mentioned features suggest that oak is a dicot plant.By examining the embryo in the seeds, the venation in the leaves and the vasculature of the stem and root one can determine whether the plant is monocot or dicot. The oak has two cotyledons in each embryo, reticulate venation in the leaves and open vascular bundles in the root and stem with secondary growth. The above mentioned features suggest that oak is a dicot plant.
Bengal gram is a dicot
One way to determine the relative age of dicot roots is by examining the presence of secondary growth structures such as the vascular cambium and secondary xylem. The presence of well-developed secondary growth in a root indicates that it is older than a root that lacks these structures. Additionally, the size and level of maturity of the root system can also provide clues about their relative ages, with larger and more extensively branched roots typically indicating older development.