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Given the following UNBALANCED reaction: NH3 (g) <--> N2 (g) + H2 (g) If 1
we start with 2.2 mol NH3 AND 1.1 mol N2 in a 0.95L container and are left
with 1.4mol of NH3 at equilibrium, calculate k. *
Options: a) 1.29 b)1.32 c) 1.35 and d) 1.46

Given the following UNBALANCED reaction NH3 g ltgt N2 g H2 g If 1 we start with 22 mol NH3 AND 11 mol N2 in a 095L container and are left with 14mol of NH3 at e class=

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Answer:

C. 1.35

Explanation:

                                                     2NH3 (g) <-->          N2 (g) +             3H2 (g)

Initial concentration                2.2 mol/0.95L       1.1 mol/0.95L           0

change in concentration        2x                             x                           3x

                                                 -0.84 M                  +0.42M                +1.26M

Equilibrium                       1.4 mol/0.95L=1.47M        1.58 M                   1.26 M

concentration

Change in concentration(NH3) = (2.2-1.4)mol/0.95 L = 0.84M

Equilibrium concentration (N2) = 1.1/0.95 +0.42=1.58 M

Equilibrium concentration(NH3) = 1.4/0.95 = 1.47M

K = [N2]*{H2]/[NH3] = 1.58M*1.26M/1.47M = 1.35 M

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