Question

A student drew the diagram below to model the process of binary fission, which is a type of asexual reproduction.

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

Question 5 options:

Binary fission occurs when two identical parent cells combine, so both of the daughter cells receive identical genetic information.


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.


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.


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.

Answer 1

Answer: 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

Step-by-step explanation:

Answer 2

The answer would be: 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.

If you see the picture, it is clear that there is only 1 parent involved in binary fission. This will exclude the first and third option.
The genetic duplicated before splitting, so the cells should have an equal number of parent genetic material, not halves. This will exclude the second option.