7. All cells require a continuous supply of ATP to sustain life processes. Cells generate ATP from ADP viapathways (e.9., respiration) that deconstruct organic molecules, such as glucose, to release chemical energycontained in their covalent bonds. The daily energy requirement for an average human being is 2,200kcal/day (24 hrs). The complete oxidation of a single glucose molecule (C.H.O.) via aerobic respirationyields 36 ATP molecules. In a calorimeter, glucose (a sugar) generates 4 kcal/g of energy. The energy yieldof ATP hydrolysis is -7.3 kcal/mole ATP (note ATP hydrolysis is a very exergonic, energy releasing, reaction).The molar mass of ATP is 507.2 g/mole. The overall (balanced) reaction for aerobic respiration is shownbelow. Note for every molecule of glucose that is oxidized, six H O molecules are produced during the normalcourse of aerobic respiration. This water is called "metabolic water (7 pts) 1.0 dry oz = 28.359CH12O(glucose) + 60, 6002 + 6H40 + energy(9) Determine the mass (in lbs) of ATP that are consumed in an average human body every 24 hrs.(b) Assume that all the ATP used by an average human per day was generated from the oxidation of glucoseDetermine the mass of glucose (in lbs and grams) required to be consumed each day.(c) Determine the volume of metabolic water (in ml) produced via aerobic respiration each day (24 hrs) by anaverage human.