Osmosis moves water into the central vacuole which then presses against the cell wall to create turgor pressure, causing the plant stems to become rigid.
Roots
Both the human skeleton and a plant stem provide structural support and help maintain the overall shape of the body or plant. They are both composed of rigid material (bone and cellulose, respectively) that provides stability. Additionally, both structures allow for the attachment of other tissues and organs.
As with all living things, plants are made up of cells. In plants, the cells are rigid, containing a cell wall. Where cell walls aren't present in animal cells, the cell wall in plant cells keeps the plant rigid, as well as connecting the different parts of the plant together. In various other less evolved plants, including ferns, are interconnected to from their leaves, roots, and stems by a vascular system of tubes.
The balsam plant has a soft stem because it contains large amounts of water-filled cells that provide structural support. These cells give the stem its flexibility, making it soft and easily bendable.
A woody stem is kinda of hard,big.Like durian tree & hibiscus plant.But a papaya tree is soft stem when it is a baby tree,then become woody stem when it is big.
The chloroplasts make the plant stem green.
To keep it upright.
A woody stem is a type of plant stem that is hard and rigid due to the presence of lignin in its cell walls. These stems provide structural support to the plant and can persist through multiple growing seasons. Woody stems are common in trees and shrubs.
The material that supports a plant and conducts nutrients is the stem. Plants with rigid stems have hardbacks and are woody.
I'm pretty sure it's riged. Mainly because if something is rigid, it's kind of bumpy, which means it's kind of riged.
The desert cactus
it is a woody stem plant
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.
good question. it travels through its roots and all around to the leaves. like our body with oxygen
Yes. The process is driven at the roots by osmosis, where the increased pressure of solutes causes the nutrients to enter the plant, and they travel within the plant, and at the leaf phase, the water evaporates from the stomata thus providing a second driving force.
A rose usually has thorns on it
Yes, the shoot is a stem of a plant.