Which of the following is INCORRECT about the ATP cycle?All cells within the body use ATP as an energy sourceA phosphate molecule will spontaneously separate from the ATP molecule releasing energyATP is stored in mitochondriaWe use energy, to replace the phosphate removed from ATP

Which of the following is not true of ATP?Group of answer choicesIt contains adenosine.It contains phosphate groups.It contains three high-energy bonds.It is the direct source of energy for cellular work.

ATP -> Energy for cellular work -> ADP + P -> Energy from catabolism -> ATP How do cells use the ATP cycle shown in the figure above? Question 13 options: Cells use the cycle to generate or consume water molecules as needed. Cells use the cycle primarily to generate heat. Cells use the cycle to recycle ADP and phosphate. Cells use the cycle to recycle energy released by ATP hydrolysis.

Which of the following is INCORRECT for ATP in neurons? It:  is primarily generated as a result of the oxidation of glucose   is essential for functions including protein synthesis and axonal transport   is used in part to help maintain ionic gradients across the cell membrane   is entirely generated in the cell body and is transported to other parts of the neuron to provide a source of energy   is mostly produced in mitochondria

Which of the following statements about substrate-level phosphorylation is FALSE?Group of answer choicesThe oxidation of intermediate metabolic compounds releases energy that is used to generate ATP.It involves the direct transfer of a high-energy phosphate group from an intermediate metabolic compound to ADP.It occurs in the Krebs cycle.No final electron acceptor is required.It occurs in glycolysis.

Which of the following describes the most direct source of energy used by ATP synthase to produce ATP?Group of answer choicesenergy from a proton gradient established in mitochondriaenergy from the conversion of glucose to pyruvateenergy from the oxidation of pyruvate producing CO2 and H2Oenergy derived from the breakdown of NADH and FADH2energy from the metabolism of amino acids