Use your Glycolysis & Krebs cycle outlines answer the questions below. a. How many of each are formed if SIX glucose molecules are catabolized (a) when the need for ATP is high and for ribose is high, and (b) when the need for ATP is high and for NADPH is low? b. for Glycolysis, ACoA generation and TCA, list each enzyme that consumes ATP. c. For Glycolysis, ACoA generation and TCA, list each enzyme that operates far from equilibrium. d. For Glycolysis, ACoA generation and TCA, list each enzyme that releases CO_2 e. Identify one point of allosteric control for each of Glycolysis, ACoA generation and TCA, giving the enzyme name, the allosteric regulator for each, and whether it activates or inhibits. f. Identify one point of covalent control for each of Glycolysis, ACoA generation and TCA, giving the enzyme name, the modification that occurs, and whether the modification activates or inhibits.