Five gram mole of glucose on complete oxidation releases
- A$3430$ kcal of energy
- B$343$ kcal of energy
- C$2020$ kcal of energy
- D$430$ kcal of energy
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Similar Questions
The amount of energy released in the complete oxidation of one molecule of glucose is: (in $kcal$)
Easy
View SolutionChoose the correct pair:
Stages $ATP$ produced through $ETS$ $A$. Glycolysis $1$. $6$ $B$. Formation of Acetyl $CoA$ from Pyruvic acid $2$. $3$ $C$. Kreb's cycle $3$. $24$
Select the correct sequence for $A-B-C$.
| Stages | $ATP$ produced through $ETS$ |
| $A$. Glycolysis | $1$. $6$ |
| $B$. Formation of Acetyl $CoA$ from Pyruvic acid | $2$. $3$ |
| $C$. Kreb's cycle | $3$. $24$ |
Select the correct sequence for $A-B-C$.
Medium
View SolutionOn oxidation of how many grams of glucose are $40$ moles of $ATP$ synthesized?
Difficult
View SolutionWhich respiratory substrate yields the maximum number of $ATP$ molecules?
MediumAIPMT 1994
View SolutionHow many $ATP$ molecules are produced by the complete oxidation of one molecule of active acetate or acetyl $CoA$ (in $ATP$)?
Medium
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