Given the following chemical equilibrium reaction and concentrations write the equilibrium constant expression to determine Q. Next calculate what the value of Q will be.  Finally if the value of K is 2.10 then determine if the equilibrium will shift to the left, right, or the reaction mixture is at equilibrium.   4NO(g)  +  6H2O(aq)  ↔  4NH3(aq)  +  5O2(g)   Chemical Concentration (M) Partial pressure (atm) NO n/a 3.47 H2O 0.89 n/a NH3 1.27 n/a O2 n/a 2.13

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  1. Given the following chemical equilibrium reaction and concentrations write the equilibrium constant expression to determine Q. Next calculate what the value of Q will be.  Finally if the value of K is 2.10 then determine if the equilibrium will shift to the left, right, or the reaction mixture is at equilibrium.

 

4NO(g)  +  6H2O(aq)  ↔  4NH3(aq)  +  5O2(g)

 

Chemical

Concentration (M)

Partial pressure (atm)

NO

n/a

3.47

H2O

0.89

n/a

NH3

1.27

n/a

O2

n/a

2.13

 

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