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Air contains O2 and N2 in the ratio of 1:4 . Calculate the ratio of solubility in terms of mole fraction of O2 and N2 dissolved in water at atmospheric pressure and room temperature at which Henry's constant for O2 and N2 are 3.30×10 raised to the power 7 and 6.60×10raised to the power 7 Torr respectively? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about Air contains O2 and N2 in the ratio of 1:4 . Calculate the ratio of solubility in terms of mole fraction of O2 and N2 dissolved in water at atmospheric pressure and room temperature at which Henry's constant for O2 and N2 are 3.30×10 raised to the power 7 and 6.60×10raised to the power 7 Torr respectively? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Air contains O2 and N2 in the ratio of 1:4 . Calculate the ratio of solubility in terms of mole fraction of O2 and N2 dissolved in water at atmospheric pressure and room temperature at which Henry's constant for O2 and N2 are 3.30×10 raised to the power 7 and 6.60×10raised to the power 7 Torr respectively?.

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