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Where is the organelle located in the animal cell?
Golgi Complex, Lysosomes ,Ribosomes, Vesicle, Endoplasmic Reticulum, Cell Membrane, Mitochondria centriol , small vacuols ( in animal there allot but they are small in plant one and he is big )
What Process makes energy available for an animal cell?
The process that makes energy available for an animal cell is cellular respiration. This complex process involves breaking down glucose molecules to produce ATP, which is the primary energy source for cells. Cellular respiration occurs in the mitochondria of the cell.
What is the vacuols job?
help i dont know this answer & i need the answer for my project
What do the vacuols do?
They can be seen protists in water.They remove extra water from cell.
Is the sugar made in chloroplasts or in vacuoles?
Sugars are made by chloroplasts.Not made by vacuols.
What is euckaryotic?
Eukaryotic organismsare those organisms that have a well defined nuclear region and a nuclear membrane. they have more than one chromosome and the vacuols are present.
How are contractile vacuoles different from other types of vacuols?
Contractile vacuoles are formed when a food particle is engulfed. Their size depends on the size of food particle. They are not predefined. Other vacoules are predefined and exist whether the food particles are present in them or not.
What is the major physical differences between vacuoles in plant cells and vacuols in animal cells?
the vacuoles in an animal cell are smaller and help digest food, while plant cells have one central vacuole that takes up 60-90% of the cell depending on how much water it holds at a given time.
Where is the organelle located in the animal cell?
Golgi Complex, Lysosomes ,Ribosomes, Vesicle, Endoplasmic Reticulum, Cell Membrane, Mitochondria centriol , small vacuols ( in animal there allot but they are small in plant one and he is big )
What Process makes energy available for an animal cell?
The process that makes energy available for an animal cell is cellular respiration. This complex process involves breaking down glucose molecules to produce ATP, which is the primary energy source for cells. Cellular respiration occurs in the mitochondria of the cell.
