2.2 The solubility of nitrogen gas at 20°C is Cs,N2 = 19 mg/L. (a) Calculate the maximum molar and mass concentrations of Ng in water equilibrated with air. (b) Discuss whether the Pacific Ocean is in equilibrium with the overlying atmosphere with respect to Ng. Describe how you arrived at your answer and why your answer makes sense in terms of the systems involved. Answer: (a) 0.54 x10-3 mol/I, or 15.2 mg/L.
2.2 The solubility of nitrogen gas at 20°C is Cs,N2 = 19 mg/L. (a) Calculate the maximum molar and mass concentrations of Ng in water equilibrated with air. (b) Discuss whether the Pacific Ocean is in equilibrium with the overlying atmosphere with respect to Ng. Describe how you arrived at your answer and why your answer makes sense in terms of the systems involved. Answer: (a) 0.54 x10-3 mol/I, or 15.2 mg/L.
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![2.2 The solubility of nitrogen gas at 20°C is Cs,N2 = 19 mg/L.
(a) Calculate the maximum molar and mass concentrations of N2 in water
equilibrated with air.
(b) Discuss whether the Pacific Ocean is in equilibrium with the overlying
atmosphere with respect to Ng. Describe how you arrived at your
answer and why your answer makes sense in terms of the systems
involved.
Answer: (a) 0.54 x10-3 mol/I, or 15.2 mg/L.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F044c1912-f718-4887-af62-6a011336c7a1%2F3cfce12e-df55-4588-a233-41033405294c%2F4rfsn8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2.2 The solubility of nitrogen gas at 20°C is Cs,N2 = 19 mg/L.
(a) Calculate the maximum molar and mass concentrations of N2 in water
equilibrated with air.
(b) Discuss whether the Pacific Ocean is in equilibrium with the overlying
atmosphere with respect to Ng. Describe how you arrived at your
answer and why your answer makes sense in terms of the systems
involved.
Answer: (a) 0.54 x10-3 mol/I, or 15.2 mg/L.
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