YES
Mitosis is cell division, its job is to separate the cell and to do that it has to copy the chromosomes. everything including a complete set of chromosomes.
After mitosis followed by cytokinesis, the two identical daughter cells have a complete and identical set of chromosomes, which are the same as the parent cell.
Mitosis is vital to life because it allows organisms to reproduce asexually
They would each have 52. When a cell divides through mitosis, it copies the original chromosomes, pulls them apart so that there is a copy of the same set of chromosomes on each side of the cell, then divides. The original set of chromosomes will always be the exact same set as the daughter cell's set of chromosomes (unless something went horribly wrong.) -if you are on a worksheet called "Section 1 Reinforcement - Cell Division and Mitosis" for number 8, I'm in the same situation...
The only cells that doesn't have a complete set of chromosomes are germ cells (also called sex cells, or gametes).
In mitosis, the nuclear membranes form around the chromosomes at the telophase.
the daughter cells' chromosomes are a identical to the parent cell. they each have a complete set
After mitosis followed by cytokinesis, the two identical daughter cells have a complete and identical set of chromosomes, which are the same as the parent cell.
The extra set of chromosomes is obtained by replicating the original pair. The two chromosomes end up in different cells at the end of mitosis.
Mitosis is vital to life because it allows organisms to reproduce asexually
The spindle apparatus plays an important part in mitosis. It is responsible for segregating the chromosomes into two daughter cells by attaching to and moving the sister chromatids. This process ensures that each daughter cell receives an equal and complete set of chromosomes.
A cell's replicated chromosomes are distributed to its daughter cells so that the two new cells have a complete set of chromosomes/DNA, so that they can carry out their cellular functions.
They would each have 52. When a cell divides through mitosis, it copies the original chromosomes, pulls them apart so that there is a copy of the same set of chromosomes on each side of the cell, then divides. The original set of chromosomes will always be the exact same set as the daughter cell's set of chromosomes (unless something went horribly wrong.) -if you are on a worksheet called "Section 1 Reinforcement - Cell Division and Mitosis" for number 8, I'm in the same situation...
Phase 1- Mitosis begins. Chromosomes condense from long strands into rodlike structures. Phase 2- The nuclear membrane is dissolved. Paired chromatids align at the cell's equator. Phase 3- The paired chromatids separate and move to opposite sides of the cell. Phase 4- A nuclear membrane forms around each set of chromosomes, and the chromosomes decondense. Mitosis is complete.
Chromosomes split during cell division (mitosis or meiosis) to ensure that each daughter cell receives a complete set of chromosomes. This process, called chromosome segregation, allows genetic information to be accurately replicated and transmitted to the next generation of cells.
Meiosis is a special type of cell division. It is important to reproduce due to the sets of chromosomes in the cell.
During the S phase of mitosis (within interphase) DNA is synthesized and replicated making sister chromosomes. The cell then progresses and eventually gets to anaphase, in which the chromosomes get pulled apart by the centromeres holding the 2 sister chromosomes together. This way the daughter cells will have the same exact DNA as the parents cell, one with the same DNA, one with an exact copy.
In mitosis, the important thing to remember is that the daughter cells each have the same chromosomes and DNA as the parent cell. The daughter cells from mitosis are called diploid cells. Diploid cells have two complete sets of chromosomes.