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In order to give all of the daughter cells genetic material, the DNA must first be copied. Therefore DNA synthesis is essential for creating new cells.
C
After Mitosis, the result is 2 new, identical, daughter cells. In order for each to be identical, the chromosomes must be copied.
The chromosomes from each parent sex cell must interact with each other in a process called crossing over. Crossing over allows the exchange of genes between the two chromosomes.
When a cell copies its DNA, each chromosome must be copied.
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Because when a cell divides it creates something like a mirror image and to do this it needs to copy the most important part of the cell the nucleus (which holds the DNA) and that will determine what the cell needs to do.
It ensures that each newcell will be an exactcopy of its parent cell.
The chromosomes are lot bigger in size than the genes. The genetic material in packed into genes and then genes are expressed or located on the chromosomes. The chromosome and the genes are very important structures in the study of the genetic and must be carefully studied.
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At least _____ genes must interact to produce a trait.
In order to give all of the daughter cells genetic material, the DNA must first be copied. Therefore DNA synthesis is essential for creating new cells.
C
Because for every cell there are many mitochondria within it so for the daughter cell to have the same amount of mitochondria all their DNA must be copied. but there is only one set of DNA within the nucleus of the cell for the cell itself so that only needs to be copied once. if that makes any sense?
After Mitosis, the result is 2 new, identical, daughter cells. In order for each to be identical, the chromosomes must be copied.