adventitious
The main parts of a plant are leaf, stem, flower, root. Other parts include leaf primordia, shoot apex, apical meristem, auxillary bud, node, internode, vascular tissue, laterial root, taproot, root hairs, root apex, root cap.
no
The plant obtains water (H2O) from the soil, the water molecules then go into the root cells, through the vascular tissue in the stem, and to the leaves.
Radicle
They eat black-finned food that you can find in a petstore.
leaf
which is prepared by Small piece of plants leaf shoot and root tip.
The very tip of the root is the root cap, a thimblelike cone of cells that protects the delicate, actively dividing cells of the apical meristem. The root's apical meristem has two roles: It replaces the cells of the root cap that are scraped away by the soil, and it produces the cells for primary growth. Cells produced during primary growth form three concentric cylinders of developing tissue (Figure 20-13). The outermost cylinder develops into the dermal tissue of the root. The middle cylinder-the bulk of the root tip-develops into the root's cortex (ground tissue). The innermost cylinder becomes the vascular tissue. -Exploring life, Biology Textbook
The water is taken in by osmosis through the root-hair cells. The water then passes to the xylem tissue in the middle of the root and travels up the stem via the same xylem tissue. From the xylem in the leaf it passes through the air spaces and out into the atmosphere through the stomata.
The main parts of a plant are leaf, stem, flower, root. Other parts include leaf primordia, shoot apex, apical meristem, auxillary bud, node, internode, vascular tissue, laterial root, taproot, root hairs, root apex, root cap.
betel leaf has a fibrous root and is a monocot
the radicle
tissue
root
no
The plant obtains water (H2O) from the soil, the water molecules then go into the root cells, through the vascular tissue in the stem, and to the leaves.
Radicle