In plant cells there is 1 large vacuole that acts as the main water source for the plant. In animal cells, there are multiple small vacuoles scattered throughout the plant that act as water sources also.
It depends what kind of vacuole. A vacuole can store waste, food, and water. Also there is a food and contractile vacuole. A contractile vacuole is a cell structure in a cell that collects extra water and expels it from the cell.
Hope this helped.
Vacuoles are membrane-bound, in systems that perform certain storage and removal functions within the eukaryotic cells.
it stores waste or food depending on the cell
The vaculoe stores food, waste, and water, and in plant cells its water determines the turger pressure.
The vacuole of the cell is the "trash bin" of the cell.
The Contractile Vacoule.
It spreads water around the plant cell so that the plant cell can urinate when needed.
the cell is a cell and an animal cell is an animal cell
IT depends on what cell. In the plant cell it is the cell wall and the cell membrane. But in the animal cell it is only the cell membrane.
The human.
any kind of animal cell have a vacoule duhhh!!
it is not the vacoule because the vacoule is where food is storged
it is not the vacoule because the vacoule is where food is storged
In the cytoplasm.
Gives the cell nutrients and gives it shape
its a vacoule
Vacoule and cytoplasm
It is Contractile Vacoule. Contractile Vacoule, a structure that collects the extra water and then expels it from the cell.
First, can I ask why this is in 'Cat Behaviour?' The purpose of a vacoule is to remove and store waste and water from the cell.
chloroplast and cell wall and a LARGE vacoule
vacoule
A vacoule is the excretory organelle of the cell. It regulates the turgidity of the cell by regulating the amount of water inside the cell. The vacoule always has some amount of water present inside it. If the cell contains more water, it absorbs the water and allows it to diffuse out of the cell. If the cell contains less water, the water from the vacoule will re-enter the cell to maintain its turgidity.