Write out the expression for the Keq for the following reaction and determine the Keq value using the given equilibrium data. 2NH3 (g) + 185 kJ ----> N2(g) + 3H2(g) [N2]eq= 2.0 mol/L [H2]eq= 3.0 mol/L [NH3]eq = 5.0 mol/L b) For the reaction in part A) determine the way the reaction will shift with the following stresses (R = shift right, L = shift left, N = NO shift) I) Adding N2(g). _____________________________ II) Increasing the temperature. _____________________________ III) Decreasing the volume of the container. _____________________________ IV) Adding a catalyst. _____________________________ V) Removing H2(g). _____________________________
a )Write out the expression for the Keq for the following reaction and determine the Keq value using
the given equilibrium data.
2NH3 (g) + 185 kJ ----> N2(g) + 3H2(g)
[N2]eq= 2.0 mol/L
[H2]eq= 3.0 mol/L
[NH3]eq = 5.0 mol/L
b) For the reaction in part A) determine the way the reaction will shift with the following stresses
(R = shift right, L = shift left, N = NO shift)
I) Adding N2(g). _____________________________
II) Increasing the temperature. _____________________________
III) Decreasing the volume of the container. _____________________________
IV) Adding a catalyst. _____________________________
V) Removing H2(g). _____________________________
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