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Henry's Law Constant (Mol/L · Atm) for Oxygen Dissolving in Blood

Question 114

Multiple Choice

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

Henry's Law Constant (Mol/L · Atm) for Oxygen Dissolving in Blood

Multiple Choice

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