The calculated value of KP for the equilibrium: NO2(g) + N2O(g) 3 NO(g) is 1.29e-01 at 553 oC. For each of the mixtures described in the multiple choices figure out whether the mixture is reasonably close to being at equilibrium at 553 oC. "Reasonably close" means that Q is within a factor of 2 of KP. If the mixture is not close to equilibrium figure out which direction the reaction will shift (toward product or toward reactants) to achieve equilibrium. Choose the correct statement from the choices. a) When PNO2 = 1.27 atm, PN2O = 4.43 atm, and PNO = 7.01 atm the reaction is close to equilibrium. b) When PNO2 = 9.31 atm, PN2O = 9.53 atm, and PNO = 0.303 atm the reaction is close to equilibrium. c) When PNO2 = 2.04 atm, PN2O = 4.14 atm, and PNO = 1.03 atm the reaction is close to equilibrium. d) When PNO2 = 5.89 atm, PN2O = 1.25 atm, and PNO = 0.141 atm the reaction will shift toward react
The calculated value of KP for the equilibrium: NO2(g) + N2O(g) 3 NO(g) is 1.29e-01 at 553 oC. For each of the mixtures described in the multiple choices figure out whether the mixture is reasonably close to being at equilibrium at 553 oC. "Reasonably close" means that Q is within a factor of 2 of KP. If the mixture is not close to equilibrium figure out which direction the reaction will shift (toward product or toward reactants) to achieve equilibrium. Choose the correct statement from the choices. a) When PNO2 = 1.27 atm, PN2O = 4.43 atm, and PNO = 7.01 atm the reaction is close to equilibrium. b) When PNO2 = 9.31 atm, PN2O = 9.53 atm, and PNO = 0.303 atm the reaction is close to equilibrium. c) When PNO2 = 2.04 atm, PN2O = 4.14 atm, and PNO = 1.03 atm the reaction is close to equilibrium. d) When PNO2 = 5.89 atm, PN2O = 1.25 atm, and PNO = 0.141 atm the reaction will shift toward react
Chemistry
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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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The calculated value of KP for the equilibrium:
NO2(g) + N2O(g) 3 NO(g)
is 1.29e-01 at 553 oC. For each of the mixtures described in the multiple choices figure out whether the mixture is reasonably close to being at equilibrium at 553 oC. "Reasonably close" means that Q is within a factor of 2 of KP. If the mixture is not close to equilibrium figure out which direction the reaction will shift (toward product or toward reactants) to achieve equilibrium. Choose the correct statement from the choices.
a) When PNO2 = 1.27 atm, PN2O = 4.43 atm, and PNO = 7.01 atm the reaction is close to equilibrium.
b) When PNO2 = 9.31 atm, PN2O = 9.53 atm, and PNO = 0.303 atm the reaction is close to equilibrium.
c) When PNO2 = 2.04 atm, PN2O = 4.14 atm, and PNO = 1.03 atm the reaction is close to equilibrium.
d) When PNO2 = 5.89 atm, PN2O = 1.25 atm, and PNO = 0.141 atm the reaction will shift toward reactants.
e) When PNO2 = 3.74 atm, PN2O = 3.95 atm, and PNO = 6.65 atm the reaction is close to equilibrium.
b) When PNO2 = 9.31 atm, PN2O = 9.53 atm, and PNO = 0.303 atm the reaction is close to equilibrium.
c) When PNO2 = 2.04 atm, PN2O = 4.14 atm, and PNO = 1.03 atm the reaction is close to equilibrium.
d) When PNO2 = 5.89 atm, PN2O = 1.25 atm, and PNO = 0.141 atm the reaction will shift toward reactants.
e) When PNO2 = 3.74 atm, PN2O = 3.95 atm, and PNO = 6.65 atm the reaction is close to equilibrium.
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