There would be 32.There would be two complete sets of 16, the original amount. In anaphase the cell has split yet, so it is still one cell. It is in telophase that the cell actually split and finds new cells.
There would be 32.There would be two complete sets of 16
32
32
A human body cell has 46 chromosomes. Before mitosis, the DNA/chromosomes replicate, resulting in 92 chromosomes which will be divided into two genetically identical daughter cells during mitosis.
46
both will have 30 chromosomes.
46
In humans, there would be a total of 92 chromosomes, 4 sets of 23. During anaphase they separate into opposite poles of the cell, with 2 sets of 23 going to each pole.
A human body cell has 46 chromosomes. Before mitosis, the DNA/chromosomes replicate, resulting in 92 chromosomes which will be divided into two genetically identical daughter cells during mitosis.
You must first understand that the cells of different organisms contain different amounts of chromosomes. Humans contain 46. However, during interphase, a cell grows, prepares for mitosis, and doubles its chromosomes. That means 92 chromosomes are present at the end of mitosis. They are still attached (there are 46 pairs of chromosomes that do not split until anaphase).
46 chromosomes..
46
both will have 30 chromosomes.
A human has 46 chromosomes
46
All of them
In humans, there would be a total of 92 chromosomes, 4 sets of 23. During anaphase they separate into opposite poles of the cell, with 2 sets of 23 going to each pole.
Two chromatids are present in a chromosome at the beginning of mitosis.
Interphase (commonly not used but still important to mitosis), prophase, prometaphase (sometimes not used, but in higher education it is used because metaphase is so long), metaphase, anaphase, telophase/cytokinesis.
Chromosomes. They are present in the nucleus.