MCQ
Read the following statement and choose wrong statement :
(i) During the conversion of succinyl-CoA to succinic acid a molecule of GTP is synthesised.
(ii) There are three points in the Krebs' cycle where NAD+ is reduced to NADH+H+
(iii) One point in the Krebs cycle where FAD is reduced to FADH2
(iv) In aerobic respiration glucose has been broken down to release CO2and eight molecules of NADH + H+ : two of FADH2 have been synthesised besides just two molecules of ATP.
(v) GTP synthesis is a substrate level phosphorylation.
(vi) In a TCA cycle during formation of ἀ -ketoglutaric acid one NAD is reduced to NADH+H+
(i) During the conversion of succinyl-CoA to succinic acid a molecule of GTP is synthesised.
(ii) There are three points in the Krebs' cycle where NAD+ is reduced to NADH+H+
(iii) One point in the Krebs cycle where FAD is reduced to FADH2
(iv) In aerobic respiration glucose has been broken down to release CO2and eight molecules of NADH + H+ : two of FADH2 have been synthesised besides just two molecules of ATP.
(v) GTP synthesis is a substrate level phosphorylation.
(vi) In a TCA cycle during formation of ἀ -ketoglutaric acid one NAD is reduced to NADH+H+
- A(i) and (ii)
- B(i) and (iv)
- C(ii) and (vi)
- ✓None of the above
