= 5.742 xlo XH2Q: The solubilityto Henrys law 01s ,of hydrogen in water is expressed according6.8x10 XH2XH2 is the mole fraction of Ha in the liguid phase and P 7s theat 20°C, whereP'artial pressure of Hz (atm).Jf the tolal pressure is 900 mmShow that the Henry's law Can be written asHg,y,,where Yu. is the meleH2fraction of Hz in the gas phase.ilın temocnure

According to Dalton's law Y = PAPWhere Y = mole fraction in gas phase PA = partial…

Q: The solubility of hydrogen in water is expressed according to as = 6.8 xlo" Henry's law 6.8x10 X at 20°C, where 015 XH2 is the mole fraction of Ma in the liquid phase and 7s the Partial pressure of Hz (atm) Jf the tolal pressure is 9oo mm Hg, Show that the Henry's law Can be written as Y, = 5.742 xlo XH, where Yu. is the mele fra ction of Hz in the gas phase.

Q: The solubility of hydrogen in water is expressed according to as = 6.8 xlo" Henry's law 6.8x10 X at 20°C, where 015 XH2 is the mole fraction of Ma in the liquid phase and 7s the Partial pressure of Hz (atm) Jf the tolal pressure is 9oo mm Hg, Show that the Henry's law Can be written as Y, = 5.742 xlo XH, where Yu. is the mele fra ction of Hz in the gas phase.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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