Leafs sprout out of a branch. they don't hold up a plant at all.
no
The leaf because it is the major structure for photosynthesis in a plant.
the leaves and seed leaves diver because of were the plant is from. the most common shape of leaves are a rounded three leave 'foot'. the genetic make up is exactly the same from plant to plant and this is complete fake and made up flying duck yo(take out the lying and d)
STEMS, like leaves, are plants organs. xylem and phloem are in the roots, stem, and leaves. XYLEM is the tissue are tubes that carry materials from the roots to the leaves. PHLOEM is tubes that carry sugar away from the leaves.
The Xylem Tissue
It supports the plant, allowing the leaves to spread out and photosynthesise. It also contains the vascular tissue, which transports water and nutrients up from the roots, and sugars down from the leaves.
they connect the roots to the leaves and hold the plant up they carry the food to the leaves from the roots
Sunlight. The leaves are attracted to it so they lift up to get as much as possible The stem holds up all the leaves of a plant.
A plant's stem and stalks hold up the flower.
The leaf because it is the major structure for photosynthesis in a plant.
To act as a conduit for sap and to hold the flowers upright.
the leaves and seed leaves diver because of were the plant is from. the most common shape of leaves are a rounded three leave 'foot'. the genetic make up is exactly the same from plant to plant and this is complete fake and made up flying duck yo(take out the lying and d)
STEMS, like leaves, are plants organs. xylem and phloem are in the roots, stem, and leaves. XYLEM is the tissue are tubes that carry materials from the roots to the leaves. PHLOEM is tubes that carry sugar away from the leaves.
The Xylem Tissue
No.
A waxy,waterproof texture that covers the leaves of most plants to hold it water.
It supports the plant, allowing the leaves to spread out and photosynthesise. It also contains the vascular tissue, which transports water and nutrients up from the roots, and sugars down from the leaves.
The stem of a plant acts as a conduit, transporting water and nutrients from the roots to the leaves and other parts of the plant through vascular tissues. It also provides support for the plant, allowing it to reach sunlight for photosynthesis and to disperse seeds. Additionally, the stem can store reserves of nutrients and energy for future growth.