7.) For gaseous CO2(g) in liquid water at 25.00°C, the Henry's law constant value is KH = 4.54x10-5 M/atm. The pressure of CO2(g) in the atmosphere is 3.00×10-4 atm. What is the concentration of CO2(g) dissolved in water that is equilibrated with the atmospheric pressure of CO2(g) at 25.00°C?

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7.
2) For gaseous CO2(g) in liquid water at 25.00°C, the Henry's law constant value is
KH = 4.54x10-5 M/atm. The pressure of CO2(g) in the atmosphere is 3.00×10-4 atm. What is
the concentration of CO2(g) dissolved in water that is equilibrated with the atmospheric
pressure of CO2(g) at 25.00°C?
Transcribed Image Text:7. 2) For gaseous CO2(g) in liquid water at 25.00°C, the Henry's law constant value is KH = 4.54x10-5 M/atm. The pressure of CO2(g) in the atmosphere is 3.00×10-4 atm. What is the concentration of CO2(g) dissolved in water that is equilibrated with the atmospheric pressure of CO2(g) at 25.00°C?
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Use the Henry's law to calculate the concentration of CO2 dissolved in the water.

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