drag each tile to the correct box. arrange these steps of dna replication in the order in which they occur…

drag each tile to the correct box. arrange these steps of dna replication in the order in which they occur. rna primase synthesizes rna primer, which attaches itself at the initiation point. polymerase begins synthesizing the new strands. single - strand binding proteins prevent the strands from snapping back to the original dna structure. ligase joins the okazaki fragments. helicase unwinds the parent dna strand.

drag each tile to the correct box. arrange these steps of dna replication in the order in which they occur. rna primase synthesizes rna primer, which attaches itself at the initiation point. polymerase begins synthesizing the new strands. single - strand binding proteins prevent the strands from snapping back to the original dna structure. ligase joins the okazaki fragments. helicase unwinds the parent dna strand.

Answer

Brief Explanations:

DNA replication starts with helicase unwinding the parent DNA strand. Then single - strand binding proteins prevent re - coiling. RNA primase synthesizes and attaches the RNA primer. Polymerase begins synthesizing new strands. Okazaki fragments are formed on the lagging strand and ligase joins them.

Answer:

  1. Helicase unwinds the parent DNA strand.
  2. Single - strand binding proteins prevent the strands from snapping back to the original DNA structure.
  3. RNA primase synthesizes RNA primer, which attaches itself at the initiation point.
  4. Polymerase begins synthesizing the new strands.
  5. Ligase joins the Okazaki fragments.