Calculate the equilibrium concentrations of all relevant C species if an action releases methane (CH4) to the air and a waterbody is in close proximity. Also rank the relevant C species at equilibrium by moles of C and determine their molar fractions at equilibrium. Assume the equilibrium pH of the water is 6 and the equilibrium concentration of CH4 in the air is 10 atm. The water body is 10°L and its temperature is 30 degC and the air is 10°L and its temperature and pressure are 60 degC and 1.05atm.

Calculate the equilibrium concentrations of all relevant C species if an action releases methane (CH4) to the air and a waterbody is in close proximity. Also rank the relevant C species at equilibrium by moles of C and determine their molar fractions at equilibrium. Assume the equilibrium pH of the water is 6 and the equilibrium concentration of CH4 in the air is 10 atm. The water body is 10°L and its temperature is 30 degC and the air is 10°L and its temperature and pressure are 60 degC and 1.05atm.

Sustainable Energy

2nd Edition

ISBN:9781337551663

Author:DUNLAP, Richard A.

Publisher:DUNLAP, Richard A.

Chapter7: Energy From Nuclear Fusion

Section: Chapter Questions

Problem 14P

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