The number of $ATP$ molecules utilized for the breakdown of one molecule of glucose during glycolysis is
- A$4$
- B$2$
- C$6$
- D$8$
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Similar Questions
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 $II$. $(C-3), (P-1)$ $R$. $DHAP$ $III$. $(C-6), (P-2)$ $S$. $BPGA$ $IV$. $(C-6), (P-1)$
| Column-$I$ (Molecules) | Column-$II$ (Number of Carbon and Phosphorus) |
| $P$. Fructose $1, 6$-bisphosphate | $I$. $(C-3), (P-2)$ |
| $Q$. Glucose-$6$-phosphate | $II$. $(C-3), (P-1)$ |
| $R$. $DHAP$ | $III$. $(C-6), (P-2)$ |
| $S$. $BPGA$ | $IV$. $(C-6), (P-1)$ |
Medium
View SolutionDuring glycolysis,out of the $10$ reactions,the number of irreversible reactions are
During cellular respiration,the number of $ATP$ molecules used during the conversion of glucose into glyceraldehyde-$3$-phosphate is:
Medium
View SolutionIdentify $A$ and $B$ respectively from the given glycolysis pathway.
Medium
View SolutionSelect the correct pair:
Medium
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