There are many factors that determine the turgidity, or structure, of a cell. These factors include the amount of water present in the cell, a semi-permeable membrane of the cell, and formation of an osmotically active substance within the cell.
Animals have different forms of specialization that allow them to have muscle cells and other cells that aid movement.
To determine how long it will take for there to be 16 cells, we need to know the initial number of cells and the growth rate (e.g., doubling time). For example, if you start with 1 cell and it doubles every hour, it will take 4 hours to reach 16 cells. If you provide more specific details about the starting point and growth rate, I can give a more accurate answer.
Plant cells have rigid cell walls made of cellulose to provide support and structure to the plant. Animal cells, on the other hand, do not need rigid cell walls because their shape and structure are maintained by their cytoskeleton and extracellular matrix. Additionally, animal cells need more flexibility for movement and other cellular functions which would be restricted by a rigid cell wall.
Red blood cells. They give red colour to your blood.
it give them energy
turgidity is a matter of imbalance between matter and manner
When a plant withers, it's usually due to dehydration or lack of water, causing its cells to lose turgidity and become limp. When you water the plant, the cells absorb the water and regain their turgidity, causing the plant to stand up again as the cells become firm and upright. This process is a result of the plant's ability to regulate water uptake and maintain its structural integrity.
I don't know but i promise for sure that i will give you the answer D:
To determine the memory size of a device, you can calculate it by multiplying the number of memory cells by the size of each memory cell. This will give you the total memory size of the device.
Lysosome ,Centriole, and VesicleActually, animal cells do not have any different organelles than plant cells, other than plant cells having a membrane. animal cells do not have a membrane, they have a cell wall.
Many factors determine how much horsepower an engine can produce. Give us the year, make and any other details about the engine.
Factors multiply. The numbers in the middle of the Venn diagram are common factors. If there are two or more, their product will give you the greatest common factor.
Vacuoles in animal cells are uncommon and relatively small. If you imagine a cell as being the size of a shoebox, an animal cell vacuole would be about the size of a ping-pong ball. Vacuoles in plant cells are much bigger, if present. They give shape and form to the cells, and determine wilting. They are about the size of a pair of shoes in a shoebox.
Drugs modify the way your body works, and can change the behavior of your cells, but can not give cells new functions.
Animals have different forms of specialization that allow them to have muscle cells and other cells that aid movement.
KEEPS CELLS TURGIDITY IT ALSO PROTECTS THE CELL.
It is impossible to determine the value of a piece of art in this online format. Many factors determine the value of art. The best option is to have the piece appraised. Similar works sold at auction can give a price range.