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

1a. 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      

1. 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)    

1. I) Adding N2(g). _____________________________
2. II)  Increasing the temperature. _____________________________

         III)  Decreasing the volume of the container. _____________________________

1. IV)  Adding a catalyst. _____________________________
2. V)   Removing H2(g). _____________________________