millions and billions and trillions of cell division, replication, and growth.
By the process of cell division where one copies itself and becomes two cells. Then two cells become 4, 4 become 8, 8 become 16 etc.
* the two exact copies of DNA that make up each chromosome.
Mitosis.
The purpose of mitosis is to have a cell division which allows the cell to reproduce. During mitosis the cell is divided into separate organisms.Single celled organisms are no longer single celled if they undergo mitosis. If it is a single celled organism that is supposed to become a multicellular organism, it will undergo mitosis to grow.
NO. Each sperm is a single individual cell. The liquid in which they are contained is largely a mixture of water and sugar, it does not contain blood.
Well, that depends how strictly you want to define your terms. This is because some organisms reproduce by cell division, but not grow (as in physical, individual, singular growth). But if instead of grow you mean proliferate (meaning to become more of whether it be growth or reproduction) then we must define cell division. Since some organisms proliferate by cell budding (not strictly cell division) they would not fall under this category. Therefore if you meant do all living organisms proliferate by multiplying cells, then yes, in laymans terms. However if you meant strictly any of the above, then no.
An individual cell can only have one formula. A formula can be complex and contain many parts and so have lots of functions in it, but it is still only a single formula.An individual cell can only have one formula. A formula can be complex and contain many parts and so have lots of functions in it, but it is still only a single formula.An individual cell can only have one formula. A formula can be complex and contain many parts and so have lots of functions in it, but it is still only a single formula.An individual cell can only have one formula. A formula can be complex and contain many parts and so have lots of functions in it, but it is still only a single formula.An individual cell can only have one formula. A formula can be complex and contain many parts and so have lots of functions in it, but it is still only a single formula.An individual cell can only have one formula. A formula can be complex and contain many parts and so have lots of functions in it, but it is still only a single formula.An individual cell can only have one formula. A formula can be complex and contain many parts and so have lots of functions in it, but it is still only a single formula.An individual cell can only have one formula. A formula can be complex and contain many parts and so have lots of functions in it, but it is still only a single formula.An individual cell can only have one formula. A formula can be complex and contain many parts and so have lots of functions in it, but it is still only a single formula.An individual cell can only have one formula. A formula can be complex and contain many parts and so have lots of functions in it, but it is still only a single formula.An individual cell can only have one formula. A formula can be complex and contain many parts and so have lots of functions in it, but it is still only a single formula.
Depending on what you mean, it could be a range, which is a group of cells in Excel, that can be referenced in a formula as a block, but they are not a single cell then. You could be referring to cells that have been merged, in which case Excel treats them as a single cell.
* the two exact copies of DNA that make up each chromosome.
no, a single cell cannot grow.
Mitosis.
Binary fission occurs, and that is the process in which one single bacteria creates a duplicate of its DNA strip, puts both of them on opposite ends of the cell, and pull apart until they become two individual cells. This way, when the new cell is created, it already knows what its job is and how to reproduce.
A many or single cell reproductive body of an organism, capable of giving rise to a new individual
A cell range is a block of cells. It is identified by the address of the top left cell and bottom right cell separated by a colon. If the range is in a single row or a single column, the address of the first and last cells are used. So any of the following could be a cell range:A3:B16C10:C40D12:K56H13:N13A cell range is a block of cells. It is identified by the address of the top left cell and bottom right cell separated by a colon. If the range is in a single row or a single column, the address of the first and last cells are used. So any of the following could be a cell range:A3:B16C10:C40D12:K56H13:N13A cell range is a block of cells. It is identified by the address of the top left cell and bottom right cell separated by a colon. If the range is in a single row or a single column, the address of the first and last cells are used. So any of the following could be a cell range:A3:B16C10:C40D12:K56H13:N13A cell range is a block of cells. It is identified by the address of the top left cell and bottom right cell separated by a colon. If the range is in a single row or a single column, the address of the first and last cells are used. So any of the following could be a cell range:A3:B16C10:C40D12:K56H13:N13A cell range is a block of cells. It is identified by the address of the top left cell and bottom right cell separated by a colon. If the range is in a single row or a single column, the address of the first and last cells are used. So any of the following could be a cell range:A3:B16C10:C40D12:K56H13:N13A cell range is a block of cells. It is identified by the address of the top left cell and bottom right cell separated by a colon. If the range is in a single row or a single column, the address of the first and last cells are used. So any of the following could be a cell range:A3:B16C10:C40D12:K56H13:N13A cell range is a block of cells. It is identified by the address of the top left cell and bottom right cell separated by a colon. If the range is in a single row or a single column, the address of the first and last cells are used. So any of the following could be a cell range:A3:B16C10:C40D12:K56H13:N13A cell range is a block of cells. It is identified by the address of the top left cell and bottom right cell separated by a colon. If the range is in a single row or a single column, the address of the first and last cells are used. So any of the following could be a cell range:A3:B16C10:C40D12:K56H13:N13A cell range is a block of cells. It is identified by the address of the top left cell and bottom right cell separated by a colon. If the range is in a single row or a single column, the address of the first and last cells are used. So any of the following could be a cell range:A3:B16C10:C40D12:K56H13:N13A cell range is a block of cells. It is identified by the address of the top left cell and bottom right cell separated by a colon. If the range is in a single row or a single column, the address of the first and last cells are used. So any of the following could be a cell range:A3:B16C10:C40D12:K56H13:N13A cell range is a block of cells. It is identified by the address of the top left cell and bottom right cell separated by a colon. If the range is in a single row or a single column, the address of the first and last cells are used. So any of the following could be a cell range:A3:B16C10:C40D12:K56H13:N13
A sperm cell is used to fertilize an egg from a female. The combination of the sperm and the egg produces a fertilized egg which will become a new individual.
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no, a single cell cannot grow.
The purpose of mitosis is to have a cell division which allows the cell to reproduce. During mitosis the cell is divided into separate organisms.Single celled organisms are no longer single celled if they undergo mitosis. If it is a single celled organism that is supposed to become a multicellular organism, it will undergo mitosis to grow.