By photosynthesizing and taking in nutrients and mineral salts from the roots
Openings in the leaf.
Carbon Dioxide, water and sunlight
The Cell Wall
vesicles
Plants swell when hypertonic in hypotonic solutions of impermeable materials
Plant cells have three structures that animal cells lack. Plant cells have chloroplasts to capture the energy from the sun. Plant cells have a large central vacuole for storage of water, nutrients, salts and other materials. Animal cells do have vacuoles but on a much smaller scale. The third main difference is that plant cells are surrounded by both a cell membrane and cell wall. Animal cells do not have the neat, organized shape that plant cells demonstrate due to this cell wall.
A cell. But there are two different kinds. Plant and Animal cells.
CO2
Vacuoles are used for temporarily storing materials and are generally larger in plant cells. Therefore they are able to hold more materials such as water and food for the plant cells. The vacuoles in plants control wilting.
you girl and me
sunlight and that's bout all
The Cell Wall
The plant absorbs the nutrients into its cells and connects them together.
There are three primary differences between plant cells and animal cells. Structurally, plant cells have rigidly defined borders made of cellulose and other materials. Plant cells also contain chlorophyll, which is a vital part of how they achieve photosynthesis. Lastly, while animal cells have numerous vacuoles, plant cells have one central vacuole.
Sack like organelles that store materials in a cell are called vacuoles. Vacuoles tend to be larger in plant cells then in animal cells.
Lysosomes are rare in plant cells but are found in both plant and animal cells. They are cellular organelles that are designed to dispose of waste materials.
It is called the cell wall.
Both, the cells use it to move materials around the cell
interconnects the plant cells and gap junctios for animal cells