the two tubes are phloem and xylem/
Sieve tubes & vessels
The stem of a plant serves as a support structure, holding up the plant and its leaves, flowers, and fruits towards the sunlight. It also transports water and nutrients from the roots to the rest of the plant and helps in the process of photosynthesis.
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.
If it does not have enough sun the stem will be spindly and not look well more stem thickness is highly regulated and is related to overall growth speed. one can use plant hormones to slow down growth rate resulting is shorter and thicker stems look up tropic response in plant growth more a plant's stem gains thickness by growth of lateral meristems. Various factors affect the growth rates of these - namely water and food availability and sunlight. When the stem is regularly trimmed and prunned as seen bonsai plants.
Stem is the correct term. However, there are scientific names for parts of the stem. The main bits between where it branches off into leaves are called 'internodes'. The spot where it branches off is called the 'node'. The bit that branches off is called the 'petiole'.
If you cut the stem of a flower and put it in soil, it is unlikely to root and grow into a new plant. Flowers typically require a node or a leaf on the stem to produce new roots. Placing just a cut stem in soil may lead to rotting rather than growth.
You would look in the stem for the tubes of a plant.
In the stem
You can find tubes in the stem, leaves and in the trunk.
The plant stem has two functions. The plant stem supports the leaves and flowers. The plant stem also transports water and food to the plant.
The two tubes are phloem and xylem
Not necessarily. While a larger stem may have more overall vascular tissue, the number of conducting tubes (xylem and phloem) within the stem is dependent on the plant species and its specific growth requirements. So, stem size and the number of tubes may not always directly correlate.
The other tube that transports water and minerals is the xylem.
The phloem (food carrying tubes) and the xylem (water and minerals carrying tube) are found in the stem
The stringy cells are the xylem of the plant (tubes that the plant brings water through)
The tubes on a stem that carry food are called phloem. They transport sugars and other organic compounds produced by photosynthesis from the leaves to the rest of the plant.
The vertical tubes within a plant's stem which act like "elevators" for transporting food, water, and minerals are the
tracheophytes are plants with roots,stem leaves and they have conducting tubes,while atracheophytes are plants that don't have roots,stem,leaves and conducting tubes.