You are interested in the O2 uptake of an individual. The individual is breathing at a rate of 12 breaths per minute. They are inhaling room air at a volume of 500mL per breath. Room air is measured at 21C,45% relative humidity, a total pressure of 101.3kPa, and consists of O2,N2, and H2O. The exhaled breath is at a volume of 510mL per breath. The exhaled breath is at 37C,100% relative humidity (saturated), a total pressure of 101.3 kPa, and consists of O2,CO2,N2, and H2O. You also measure the mole fraction of oxygen in the gas for inhaled air of y02=0.207 and exhaled air of y02=0.169. a. Use Antion's equation to determine the partial pressure of water vapor in the inhaled and exhaled air. b. Determine the composition (mole fractions) of all the compound in the inhaled and exhaled air. c. Calculate the O2 uptake rate in ml(STP)/min. You are interested in the O2 uptake of an individual. The individual is breathing at a rate of 12 breaths per minute. They are inhaling room air at a volume of 500mL per breath. Room air is measured at 21C,45% relative humidity, a total pressure of 101.3kPa, and consists of O2,N2, and H2O. The exhaled breath is at a volume of 510mL per breath. The exhaled breath is at 37C,100% relative humidity (saturated), a total pressure of 101.3 kPa, and consists of O2,CO2,N2, and H2O. You also measure the mole fraction of oxygen in the gas for inhaled air of y02=0.207 and exhaled air of y02=0.169. a. Use Antion's equation to determine the partial pressure of water vapor in the inhaled and exhaled air. b. Determine the composition (mole fractions) of all the compound in the inhaled and exhaled air. c. Calculate the O2 uptake rate in ml(STP)/min