At 1.00 0.50 and 6.2% by volume of water, respective tion rate of 32 breaths per minute, how many moles ofspir. per minute are expelled from the body through the wate pl.15 devise a temperature scale, abbreviated the magnitude of the ideal gas constant is 5.52jich pi.16 aerobic cells metabolize glucose in the respiratory system. this reaction proceeds according to the overall atrl all or a resptra- g, for which mol -1 602(8) + cshi20(6co2(g) + 6h200) calculate the volume of oxygen required at stp to metabo lize 0.025 kg of glucose (ch1206). stp refers to standard temperature andpressure, that is, t = 273 kand p = 1.00 atm. assume oxygen behaves ideally at stp p1.17 an athlete at high performance inhales ~3.75 l of air at 1.0 atm and 298 k at a respiration rate of 32 breaths per minute. if the exhaled and inhaled air contain 15.3 and 20.9% by volume of oxygen respectively, how many moles of oxy- gen per minute are absorbed by the athlete's body? p1.18 a mixture of 2.10 x 103 g of o2, 3.88 of n2, and 5.25 × 1020 molecules of co are placed into vessel of volume 5.25 l at 12.5°c a. calculate the total pressure in the vessel. b. calculate the mole fractions and partia · × 10-3 mol each gas. p1.19 calculate the pressure exerted by ben volume of 2.00 l at 595 k uci for a molan ng equation ne