Match the following columns:Column-I (Enzyme) | vedclass

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(C) $P$. $DNA$ Polymerase is responsible for the polymerization of nucleotides, i.e., synthesizing a new $DNA$ strand $(P-I)$.$Q$. $DNA$ Helicase unwi

Vedclass · Accepted Answer

$(P-I), (Q-II), (R-III)$

Vedclass · Answer

(C) $P$. $DNA$ Polymerase is responsible for the polymerization of nucleotides, i.e., synthesizing a new $DNA$ strand $(P-I)$.$Q$. $DNA$ Helicase unwinds the $DNA$ double helix by breaking the hydrogen bonds between the nitrogenous bases $(Q-II)$.$R$. $DNA$ Ligase acts as a molecular glue that joins the $DNA$ fragments (Okazaki fragments) together $(R-III)$.Therefore, the correct matching is $(P-I), (Q-II), (R-III)$.

Column-$I$ (Enzyme)	Column-$II$ (Function)
$P$. $DNA$ Polymerase	$I$. Synthesizes $DNA$ strand
$Q$. $DNA$ Helicase	$II$. Breaks $H$-bonds of $DNA$ strands
$R$. $DNA$ Ligase	$III$. Joins $DNA$ fragments

Match the following columns:
Column-$I$ (Enzyme) Column-$II$ (Function)
$P$. $DNA$ Polymerase $I$. Synthesizes $DNA$ strand
$Q$. $DNA$ Helicase $II$. Breaks $H$-bonds of $DNA$ strands
$R$. $DNA$ Ligase $III$. Joins $DNA$ fragments

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Match the following columns:Column-$I$ (Enzyme)Column-$II$ (Function)$P$. $DNA$ Polymerase$I$. Synthesizes $DNA$ strand$Q$. $DNA$ Helicase$II$. Breaks $H$-bonds of $DNA$ strands$R$. $DNA$ Ligase$III$. Joins $DNA$ fragments