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The Henry's Law Constant (Mol/L · Atm) for Carbon Dioxide $\times$

Question 59

Multiple Choice

The Henry's law constant (mol/L · atm) for carbon dioxide dissolving in water is 3.50 $\times$ 10^-2 mol/(L atm) at 20^$\circ$C. Calculate the molar concentration of carbon dioxide in a soda can where the air pressure is 2.45 atm. The mole fraction of carbon dioxide in air is 0.0397.

A) 1.4 $The Henry's law constant (mol/L · atm) for carbon dioxide dissolving in water is 3.50 \times 10-2 mol/(L atm) at 20 \circ C. Calculate the molar concentration of carbon dioxide in a soda can where the air pressure is 2.45 atm. The mole fraction of carbon dioxide in air is 0.0397. A) 1.4 10-3 M B) 3.4 10-3 M C) 2.7 10-2 M D) 8.2 10-2 M E) 8.6 10-2 M$ 10^-3 M
B) 3.4 $The Henry's law constant (mol/L · atm) for carbon dioxide dissolving in water is 3.50 \times 10-2 mol/(L atm) at 20 \circ C. Calculate the molar concentration of carbon dioxide in a soda can where the air pressure is 2.45 atm. The mole fraction of carbon dioxide in air is 0.0397. A) 1.4 10-3 M B) 3.4 10-3 M C) 2.7 10-2 M D) 8.2 10-2 M E) 8.6 10-2 M$ 10^-3 M
C) 2.7 $The Henry's law constant (mol/L · atm) for carbon dioxide dissolving in water is 3.50 \times 10-2 mol/(L atm) at 20 \circ C. Calculate the molar concentration of carbon dioxide in a soda can where the air pressure is 2.45 atm. The mole fraction of carbon dioxide in air is 0.0397. A) 1.4 10-3 M B) 3.4 10-3 M C) 2.7 10-2 M D) 8.2 10-2 M E) 8.6 10-2 M$ 10^-2 M
D) 8.2 $The Henry's law constant (mol/L · atm) for carbon dioxide dissolving in water is 3.50 \times 10-2 mol/(L atm) at 20 \circ C. Calculate the molar concentration of carbon dioxide in a soda can where the air pressure is 2.45 atm. The mole fraction of carbon dioxide in air is 0.0397. A) 1.4 10-3 M B) 3.4 10-3 M C) 2.7 10-2 M D) 8.2 10-2 M E) 8.6 10-2 M$ 10^-2 M
E) 8.6 $The Henry's law constant (mol/L · atm) for carbon dioxide dissolving in water is 3.50 \times 10-2 mol/(L atm) at 20 \circ C. Calculate the molar concentration of carbon dioxide in a soda can where the air pressure is 2.45 atm. The mole fraction of carbon dioxide in air is 0.0397. A) 1.4 10-3 M B) 3.4 10-3 M C) 2.7 10-2 M D) 8.2 10-2 M E) 8.6 10-2 M$ 10^-2 M

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The Henry's Law Constant (Mol/L · Atm) for Carbon Dioxide ×\times×

The Henry's Law Constant (Mol/L · Atm) for Carbon Dioxide $\times$