Which of these best explains why the daughter cells produced by binary fission are identical?

Question

A.
Binary fission involves a single parent cell, so there is only one set of genetic information that can be duplicated and passed on to the daughter cells.
B.
Binary fission occurs when the genetic information of two parent cells combines to produce daughter cells that are identical to each other but different from the parent cells.
C.
Binary fission occurs when the genetic information of a single parent cell splits to produce identical daughter cells that have half as much genetic information as the parent cell.
D.
Binary fission occurs when two identical parent cells combine, so both of the daughter cells receive identical genetic information.

Answer 1

The best explanation for why the daughter cells produced by binary fission are identical is:

A. Binary fission involves a single parent cell, so there is only one set of genetic information that can be duplicated and passed on to the daughter cells.

In binary fission, a single parent cell divides into two daughter cells that are genetically identical to each other and to the original parent cell. This process involves the replication of the cell’s genetic material followed by the division of the cell.