The result of mitosis is that the daughter cells end up with the same number of chromosomes that the parent cell had. another potential way to maintain the number of chromosomes would be to carry out cell division first and then duplicate the chromosomes in each daughter cell. assess whether this would be an equally good way of organizing the cell cycle. explain why evolution has not led to this alternative.

No, replication after division of the cell is not the good way of organizing cell cycle.

No, this would be not a good way of organizing the cell cycle because there will be unequal number of chromosomes. First the replication would be done and then the division of the cell which results equal number of chromosomes in both daughter cells.

But when we first divide the cell, both daughter cells receive unequal number of chromosomes and after replication there will also unequal number of chromosomes so we can conclude that this is not a good way of organizing the cell cycle.

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No, it will not be good way of organizing the cell cycle, as cell division would occur first and duplicate the chromosomes later, it would lead to unequal distribution of chromosomes in the offspring.

E.g. let the parent cell has chromosomes A, B, C, D so when the cell will divide the chromosomes will be divided in two sets as: (A, B) and (C, D), the daughter cells will have one of these sets each. Later it will be duplicated then the result will be (A, A, B, B) and (C, C, D, D). But ideally it should be A, B, C, D, as this had not happened in the above case so the offspring or daughter cells would have half of the genetic code missing hence they could not survive in nature. That's why natural evolution had not led to this alternative.

small, big, or no change could occur in the phenotype. it could cause something as simple as a cats ears to curl backwards or something as frighting as death. it could also occur in the protien-coding area and have an effect on that but no effect on the amino acids. what has to occur is a changing in the hox gene or the control gene.