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(B) The correct matches are as follows:$(1)$ Ligase: It is an enzyme used to join $DNA$ fragments,which is a crucial step in $DNA$ replication. Thus,$

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$(1-q), (2-r), (3-s), (4-p)$

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(B) The correct matches are as follows:$(1)$ Ligase: It is an enzyme used to join $DNA$ fragments,which is a crucial step in $DNA$ replication. Thus,$(1-q)$.$(2)$ $RNA$ polymerase + Rho factor: The Rho factor is a protein that helps in the termination of transcription in prokaryotes. Thus,$(2-r)$.$(3)$ $RNA$ polymerase: This enzyme is responsible for the elongation of the $RNA$ chain during transcription. Thus,$(3-s)$.$(4)$ Cistron: $A$ cistron is a segment of $DNA$ that codes for a polypeptide. Thus,$(4-p)$.Therefore,the correct matching is $(1-q), (2-r), (3-s), (4-p)$.

Column-$I$	Column-$II$
$(1)$ Ligase	$(p)$ Segment of $DNA$
$(2)$ $RNA$ polymerase + Rho factor	$(q)$ Replication
$(3)$ $RNA$ polymerase	$(r)$ Termination
$(4)$ Cistron	$(s)$ Elongation

Match the following:

Column-$I$ Column-$II$

$(1)$ Ligase $(p)$ Segment of $DNA$

$(2)$ $RNA$ polymerase + Rho factor $(q)$ Replication

$(3)$ $RNA$ polymerase $(r)$ Termination

$(4)$ Cistron $(s)$ Elongation

Similar Questions

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For protein synthesis,$P$ can directly code,while each nucleotide of $Q$ has a $2'-OH$ group in its sugar. Identify $P$ and $Q$.
$\quad\quad P\quad Q$

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Match the following: Column-$I$ Column-$II$ $(1)$ Ligase $(p)$ Segment of $DNA$ $(2)$ $RNA$ polymerase + Rho factor $(q)$ Replication $(3)$ $RNA$ polymerase $(r)$ Termination $(4)$ Cistron $(s)$ Elongation