If a reaction "A" has a Keq' value of 106 and reaction "B" has a Keq' value of 102, allof the following are true at 25°C, except: [R= 8.315* 10 3 kJ/degree K/mole]A)The difference in AG°' between the two given reactions is approximately22.76 kJ/moleB) More product will be formed at equilibrium in reaction A than in reaction BC) Reaction A has a more negative AG°¹ than BOD) The difference in AG" between the two given reactions is 11.38 kJ/mole

For reaction A,Keq = 106For reaction B,Keq = 102

If a reaction "A" has a Keq' value of 106 and reaction "B" has a Keq' value of 10², all of the following are true at 25°C, except: [R= 8.315* 10-3 kJ/degree K/mole] A) The difference in AG°' between the two given reactions is approximately 22.76 kJ/mole OB) More product will be formed at equilibrium in reaction A than in reaction B C) Reaction A has a more negative AG" than B OD) The difference in AG" between the two given reactions is 11.38 kJ/mole

If a reaction "A" has a Keq' value of 106 and reaction "B" has a Keq' value of 10², all of the following are true at 25°C, except: [R= 8.315* 10-3 kJ/degree K/mole] A) The difference in AG°' between the two given reactions is approximately 22.76 kJ/mole OB) More product will be formed at equilibrium in reaction A than in reaction B C) Reaction A has a more negative AG" than B OD) The difference in AG" between the two given reactions is 11.38 kJ/mole

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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