Henry's law constant (mol/L · atm) for oxygen dissolving in blood is 3.74  10^² mol/L · atm at body temperature, 37C. Calculate the molar concentration of oxygen in blood for an alpine climber where the atmospheric pressure is 0.45 atm. The mole fraction of oxygen in air is 0.209.
A)7.8 $Henry's law constant (mol/L · atm) for oxygen dissolving in blood is 3.74  102 mol/L · atm at body temperature, 37C. Calculate the molar concentration of oxygen in blood for an alpine climber where the atmospheric pressure is 0.45 atm. The mole fraction of oxygen in air is 0.209. A)7.8 103 M B)3.5 103 M C)2.3 102 M D)1.3 102 M E)0.11 M$ 10^³ M
B)3.5 $Henry's law constant (mol/L · atm) for oxygen dissolving in blood is 3.74  102 mol/L · atm at body temperature, 37C. Calculate the molar concentration of oxygen in blood for an alpine climber where the atmospheric pressure is 0.45 atm. The mole fraction of oxygen in air is 0.209. A)7.8 103 M B)3.5 103 M C)2.3 102 M D)1.3 102 M E)0.11 M$ 10^³ M
C)2.3 $Henry's law constant (mol/L · atm) for oxygen dissolving in blood is 3.74  102 mol/L · atm at body temperature, 37C. Calculate the molar concentration of oxygen in blood for an alpine climber where the atmospheric pressure is 0.45 atm. The mole fraction of oxygen in air is 0.209. A)7.8 103 M B)3.5 103 M C)2.3 102 M D)1.3 102 M E)0.11 M$ 10^² M
D)1.3 $Henry's law constant (mol/L · atm) for oxygen dissolving in blood is 3.74  102 mol/L · atm at body temperature, 37C. Calculate the molar concentration of oxygen in blood for an alpine climber where the atmospheric pressure is 0.45 atm. The mole fraction of oxygen in air is 0.209. A)7.8 103 M B)3.5 103 M C)2.3 102 M D)1.3 102 M E)0.11 M$ 10^² M
E)0.11 M

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