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The statements below are steps of DNA replication. Rearrange the statements so they are in order with the first step at the top.
Two DNA strands are synthesized that are complementary to each original strand.
The two copies of DNA with a complete set of genes separate from each other in anaphase of mitosis.
During S phase the two strands of the double helix are separated by enzymes.
DNA polymerase proofreads each DNA strand.



Answer :

The correct order of DNA replication is:

Step 1. During S phase the two strands of the double helix are separated by enzymes.

Step 2. Two DNA strands are synthesized that are complementary to each original strand.

Step 3: DNA polymerase proofreads each DNA strand.

Step 4: The two copies of DNA with a complete set of genes separate from each other in anaphase of mitosis.

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Rearranging the statements from the First step to the Last step of DNA replication

First step :  During S phase the two strands of the double helix are separated by enzymes. ( C )

Second step :  Two DNA strands are synthesized that are complementary to each original strand ( A )

Third step : DNA polymerase proofreads each DNA strand ( D )

Final step : The two copies of DNA with a complete set of genes separate from each other in anaphase of mitosis ( B )

DNA replication is the process of copying a two double stranded molecule in order to produce Two DNA molecules that are identical. DNA replication follows four steps which are ; Replication fork formation , Primer binding, Elongation and termination.

Rearranging the steps above we can conclude that the correct steps that are involved in  DNA  replication are statements ; C , A , D,  B .

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