How many energy conversions occur when both acetyl-coa molecules go through the krebs cycle

10 conversions

Explanation:

The krebs cycle begins with the formation of Acetyl-CoA, in a sequence of reactions capable of oxidizing carbons into CO₂, in a total of 10 reactions.

These conversions are:

Steps 1-2: The acetyl group of acetyl-CoA is transferred to oxalacetic acid, forming citric acid (which gives one of the cycle names).

Steps 3-5: Oxidation and decarboxylation reactions occur to form ketoglutaric acid, this reaction releases CO2, H⁺ and NADH⁺ (which aids body enzymes in various processes) .

Steps 6-7: Decarboxylation occurs once again, forming succinic acid, NADH⁺ and GTP (which provides energy for some cellular processes).

Step 8: Succinic acid is then oxidized to form fumaric acid, also forming FADH2 (energy carrier molecule).

Steps 9-10: Fumaric acid undergoes a hydration reaction forming the malic acid, which is finally oxidized to oxalacetic acid and restarting the krebs cycle.

it's     c       this is a cell (b) with a nucleus (c) containing dna (a). the dna is organized into chromosomes (d). a section of the chromosome that codes for a trait is called a gene (e).

on the planet jupiter, the acceleration due to gravity is approximately 26 m s2 , roughly 2.7 times the acceleration due