Question 1. In the space provided, give the maximum yield of ATP (or equivalent e.g. GTP) that would be formed in the following processes. Just a single whole number (from 0-99) on the line al per motetute of pyruvate completely oxidized to carbon dioxide and water bo per motetute of glyceraldehyde-se completely oxidized to con & per molecule of isocitrate in the presence of malonate d. permolecule Oructose- SaudiR_completely oxidized to EAE e) per molecule of citrate in the presence of arsenite f) per molecule of sucrose completely oxidized after treatment with sucrase (prior typo) g) Per molecule of GLYCEROL completely converted to carbon dioxide and water (see below) For this question, write out 2 or 3 balanced equations (NO MECHANISMS wanted - just names and/or accepted abbreviations) to show how glycerol could enter the glycolytic/TCA cycle pathways. Of course, you need to take these steps into account in calculating the net yield (as above). Question 1. In the space provided, give the maximum yield of ATP (or equivalent e.g. GTP) that would be formed in the following processes. Just a single whole number (from 0-99) on the line al per motetute of pyruvate completely oxidized to carbon dioxide and water bo per motetute of glyceraldehyde-se completely oxidized to con & per molecule of isocitrate in the presence of malonate d. permolecule Oructose- SaudiR_completely oxidized to EAE e) per molecule of citrate in the presence of arsenite f) per molecule of sucrose completely oxidized after treatment with sucrase (prior typo) g) Per molecule of GLYCEROL completely converted to carbon dioxide and water (see below) For this question, write out 2 or 3 balanced equations (NO MECHANISMS wanted - just names and/or accepted abbreviations) to show how glycerol could enter the glycolytic/TCA cycle pathways. Of course, you need to take these steps into account in calculating the net yield (as above)