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11. A certain reaction achieves equilibrium at 742 C. AH for the reaction at (Name - Printed) temperature is -50.8 kJ/mol. Calculate AS and also calculate the free energy change, ΔG。, at standard conditions (25 ℃, 1 atm, and all solutes at 1 M). Assume that AH and AS are independent of temperature. a) Calculate 4S. 742℃+273-7015K KJ/mol 015L b) Calculate AG 4G-t50.BKJ/moi)-wik)(0.05kilmoi)毧 46 (-50.8KJmo(0.15 KJmo) AG -101.55 KJImo Consider the reaction of hydrogen gas with carbon dioxide gas to produce water vapor (H20 gas) and carbon monoxide. 12. a) Write the balanced chemical equation for this process. b b) Calculate aGe for this reaction, using the data in Appendox 3 14 KJ/mol c) Calculate the equilibrium constant for this reaction at 298 K. 140KJ/moi 24,47)Ink 4089-10 374 n(-6,089 k SUMMER 2017 CHEM 1310 1.90 Can someone explain how to do this.
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Can someone explain how to do this. 11. A certain reaction achieves equilibrium at 742 C....
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