Total energy obtained from $38$ $ATP$ is . . . . . . $kJ$.
- A$1298$
- B$1398$
- C$1292$
- D$1392$
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How many $ATP$ molecules can be produced through oxidative phosphorylation of $2 NADH_2$ and $3 FADH_2$?
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The products of aerobic respiration of glucose are ......... .
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View SolutionMatch the following:
$1$. Succinic acid $p$. $12$ $ATP$ $2$. Citric acid $q$. $15$ $ATP$ $3$. Pyruvate $r$. $9$ $ATP$ $4$. $\alpha$-ketoglutaric acid $s$. $5$ $ATP$
| $1$. Succinic acid | $p$. $12$ $ATP$ |
| $2$. Citric acid | $q$. $15$ $ATP$ |
| $3$. Pyruvate | $r$. $9$ $ATP$ |
| $4$. $\alpha$-ketoglutaric acid | $s$. $5$ $ATP$ |
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