How many ATP are produced when a 18-carbon fatty acid is completely oxidized by a cell that has a steady supply of oxygen?

Calculate the number of ATP harvested from complete oxidation (breakdown) of an 18 carbon fatty acid?

*Explain the term chemiosmosis and include a detailed description of this process of creating ATP (ADP - ATP - ADP).

Which part of cellular respiration produces the most ATP? Concisely describe how that process works.

Consider a triglyceride molecule (dietary fat) and it’s components. If a cell uses a triglyceride molecule as an energy source, at which processes (stages) of cell respiration do the components enter cell respiration?   3.Which phosphate bond in ATP is broken or made to release or contain energy? 4.Cellular respiration in eukaryotic cells is aerobic. Briefly define the term aerobic. 5.Consider question #4above. Briefly describethe role or function of oxygen in cellular respiration? 6.At which stage is the greatest amount of carbon dioxide released? 7.What is the function of the molecule NADHand FADH2? 8.What is the role of protons (hydrogen ions)in the electron transport chain. 9.Briefly describe the function of ATP synthase. 10.Briefly describe the mechanism of action for the poison cyanide.

Explain what are the main differences in the cellular location of the sets of chemical reactions known as aerobic catabolism. How and why are the electron transport chain and oxidative phosphorylation coupled?

What is the sole source of energy used by the body for muscle contraction? Where does the chemical importance lie in this molecule?  Explain your answer by reviewing the process of ATP hydrolysis.

ATP is utilized in a variety of reactions in the cell. Research and describe two specific reactions that utilize ATP. One of them must be a process involving transport across membranes. The second must be a process involving metabolism, and utilizing an enzyme (name the enzyme). Explain how ATP is used and why it is needed in the two processes described.

Identify how many ATP are made during the entire process of cellular respiration AND during each of its stages.

Give typed explanation  When an ATP molecule is hydrolyzed in cells, it is quickly recycled back into ATP so that it can be reused. According to most estimates, the average human body has 100g of ATP, but must be hydrolyze around their total body weight in ATP per day to maintain basic metabolism. For a 65 kg person, how many times must each ATP molecule be hydrolyzed and regenerated per day? b) Calculate the heat produced by hydrolysis of 65 kg of ATP (molecular weight of ATP is 507.18)