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If Water Contains About 42 Mg of Oxygen Per Liter

Question 159

Multiple Choice

If water contains about 42 mg of oxygen per liter at 20C and 1.0 atm, what would be the value of Henry's law constant for oxygen dissolving in water? The mole fraction of oxygen in air is 0.21.

A) 0.25 mol/(L atm)
B) 1.3 $If water contains about 42 mg of oxygen per liter at 20C and 1.0 atm, what would be the value of Henry's law constant for oxygen dissolving in water? The mole fraction of oxygen in air is 0.21. A) 0.25 mol/(L atm) B) 1.3 103 mol/(L atm) C) 1.9 102 mol/(L atm) D) 6.3 10-3 mol/(L atm) E) 0.010 mol/(L atm)$ 10^³ mol/(L atm)
C) 1.9 $If water contains about 42 mg of oxygen per liter at 20C and 1.0 atm, what would be the value of Henry's law constant for oxygen dissolving in water? The mole fraction of oxygen in air is 0.21. A) 0.25 mol/(L atm) B) 1.3 103 mol/(L atm) C) 1.9 102 mol/(L atm) D) 6.3 10-3 mol/(L atm) E) 0.010 mol/(L atm)$ 10^² mol/(L atm)
D) 6.3 $If water contains about 42 mg of oxygen per liter at 20C and 1.0 atm, what would be the value of Henry's law constant for oxygen dissolving in water? The mole fraction of oxygen in air is 0.21. A) 0.25 mol/(L atm) B) 1.3 103 mol/(L atm) C) 1.9 102 mol/(L atm) D) 6.3 10-3 mol/(L atm) E) 0.010 mol/(L atm)$ 10^-³ mol/(L atm)
E) 0.010 mol/(L atm)

If Water Contains About 42 Mg of Oxygen Per Liter

Multiple Choice

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