1
answer
0
watching
830
views
12 Nov 2019
Equilibrium Worksheet #1 Equilibrium Expressions Write the equilibrium expression for each of the following calculating the Equilibrium Constant when given equilibrium concentrations Calculate the equilibrium constant, K, for the following reaction at 25PC If the equilibrium concentrations re [HI-o 106 M, [Id-0022 M, and [H-1.29 M Practicing with Equilibrium Expressions Using the same reaction as in our previous problem (and using the K calculated), calculate the equilibrium concentration of Hl if the equilibrium concentrations of H2 and 2 are 0.81 M and 0.035 M respectively Changing K When Changing the Reaction Coefficients or Direction Given our balanced chemical equation and the value for K from our past two problems, calculate the value of K for the following reactions Given the balanced equation and the equilbrium constant, K, for the reaction below, determine the following: 2NO(g) +02(g) " 2N02(g) K=1.6x1012 b. 2NO2 (g)â2N0(g) +02 (g) c NO2 () NO (g)+O2(g)
Equilibrium Worksheet #1 Equilibrium Expressions Write the equilibrium expression for each of the following calculating the Equilibrium Constant when given equilibrium concentrations Calculate the equilibrium constant, K, for the following reaction at 25PC If the equilibrium concentrations re [HI-o 106 M, [Id-0022 M, and [H-1.29 M Practicing with Equilibrium Expressions Using the same reaction as in our previous problem (and using the K calculated), calculate the equilibrium concentration of Hl if the equilibrium concentrations of H2 and 2 are 0.81 M and 0.035 M respectively Changing K When Changing the Reaction Coefficients or Direction Given our balanced chemical equation and the value for K from our past two problems, calculate the value of K for the following reactions Given the balanced equation and the equilbrium constant, K, for the reaction below, determine the following: 2NO(g) +02(g) " 2N02(g) K=1.6x1012 b. 2NO2 (g)â2N0(g) +02 (g) c NO2 () NO (g)+O2(g)
Deanna HettingerLv2
9 Jul 2019