Match the following columns:Column-I (Molecul | vedclass

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Question

(A) The correct matching is based on the carbon skeleton and phosphate groups present in the intermediates of glycolysis:$P$. Fructose $1, 6$-bisphosp

Vedclass · Accepted Answer

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

Vedclass · Answer

(A) The correct matching is based on the carbon skeleton and phosphate groups present in the intermediates of glycolysis:$P$. Fructose $1, 6$-bisphosphate: It is a $6$-carbon sugar with $2$ phosphate groups. Hence, $(P-III)$.$Q$. Glucose-$6$-phosphate: It is a $6$-carbon sugar with $1$ phosphate group. Hence, $(Q-IV)$.$R$. $DHAP$ (Dihydroxyacetone phosphate): It is a $3$-carbon triose sugar with $1$ phosphate group. Hence, $(R-II)$.$S$. $BPGA$ ($1, 3$-bisphosphoglyceric acid): It is a $3$-carbon molecule with $2$ phosphate groups. Hence, $(S-I)$.Therefore, the correct sequence is $(P-III), (Q-IV), (R-II), (S-I)$.

Column-$I$ (Molecules)	Column-$II$ (Number of Carbon and Phosphorus)
$P$. Fructose $1, 6$-bisphosphate	$I$. $(C-3), (P-2)$
$Q$. Glucose-$6$-phosphate	$II$. $(C-3), (P-1)$
$R$. $DHAP$	$III$. $(C-6), (P-2)$
$S$. $BPGA$	$IV$. $(C-6), (P-1)$

Match the following columns:
Column-$I$ (Molecules) Column-$II$ (Number of Carbon and Phosphorus)
$P$. Fructose $1, 6$-bisphosphate $I$. $(C-3), (P-2)$
$Q$. Glucose-$6$-phosphate $II$. $(C-3), (P-1)$
$R$. $DHAP$ $III$. $(C-6), (P-2)$
$S$. $BPGA$ $IV$. $(C-6), (P-1)$

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Match the following columns:Column-$I$ (Molecules)Column-$II$ (Number of Carbon and Phosphorus)$P$. Fructose $1, 6$-bisphosphate$I$. $(C-3), (P-2)$$Q$. Glucose-$6$-phosphate$II$. $(C-3), (P-1)$$R$. $DHAP$$III$. $(C-6), (P-2)$$S$. $BPGA$$IV$. $(C-6), (P-1)$