Both fatty acid synthesis and degradation have the common feature of involving a

Question

Both fatty acid synthesis and degradation have the common feature of involving a. ATP b. NAD^+ c. acetyl CoA d. ketogenic amino acids FADH_2 transfers its electrons into the electron transport chain in the mitochondrion to a. ATP-ase b. Flavoprotein c. Q Enzyme d. Cytochrome c The order of the caloric value for carbohydrates, proteins and fats is a. protein = fat = carbohydrate b. carbohydrate > fat > protein c. fat > carbohydrate > protein d. protein > fat > carbohydrate Pyruvate undergoes an oxidative decarboxylation with CoA to produce acetyl CoA and a. lactate b. glutamate c. CO_2 d. NAD^+

Explanation / Answer

Answer 7.

Fatty acid synthesis is the creation of fatty acids from acetyl coenzyme Aand NADPH through the reaction of enzymes called fatty acid synthesis where as fatty acid degradation is the process in which fatty acids are broken down into their metabolites in the end generating acetyl coenzyme A, the entry molecule for the citric acid cycle.

So the answer is option 3.

Answer8.

FADH2 transfers is electron to Q enzyme.

Answer 9.

We know that the energy accumulated in a food substances the energy value of food stuff expressed in calories and the calorific value is determined by the presence of an oxidized atoms of carbon and hydrogen.

So answer is fat>carbohydrates=protein

Answer10.

Pyruvate undergoes and t oxidative decarboxylation with coenzymeA to produce acetyl coenzyme A and and NAD+. This reaction occurs in mitochondria.

Hope this helps thank you

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