1. You are interested in tracking the metabolism of the "average" human for comparison with patients with metabolic diseases. Over the course of one day, the "average" human consumes food, water, and air resources and generates waste and water as byproducts of metabolism. The average amounts derived experimentally from 20 "average" patients (10 male, 10 female) is provided in the basic schematic below. Insensible water loss from skin 350 g Food 432 g solids 1000 g water Human Body Air Out 565 g CO2 400 g water Air in 515 g 02 50 g water Sweat 200 g water Drinking Water 1200 g Urine Feces 12 g solids 70 g solids 1400 g water 200 g water a) Verify that the human body system obeys the Law of Conservation of Mass (i.e., that the total mass entering the system equals the total mass leaving the system). b) During metabolism, solids in the form of glucose are "burned" to yield energy, CO2, and water. How much water is generated within the body? c) If the external temperature decreases such that the body sweats at a rate of one-third that at normal temperature, how much more or less water will the person need to drink to maintain the same body mass