Question: Consider the following equilibrium: 2SO_(2)(g)+O_(2)(g)2SO_(3)(g) At a certain temperature, the following equilibrium concentrations are found: [SO_(2)]=1.83times 10^(-3)M , [O_(2)]=6.16times 10^(-3)M , and [SO_(3)]=6.23times 10^(-3)M
Consider the following equilibrium:\
2SO_(2)(g)+O_(2)(g)2SO_(3)(g)\ At a certain temperature, the following equilibrium concentrations are found:
[SO_(2)]=1.83\\\\times 10^(-3)M,
[O_(2)]=6.16\\\\times 10^(-3)M, and
[SO_(3)]=6.23\\\\times 10^(-3)M. What is the value of
K_(c)for this reaction at this temperature?\
5.32\\\\times 10^(-4)\ 3.44\
5.52\\\\times 10^(2)\
1.88\\\\times 10^(3)\
3.02\\\\times 10^(5) 
Consider the following equilibrium: 2SO2(g)+O2(g)2SO3(g) At a certain temperature, the following equilibrium concentrations are found: [SO2]=1.83103M, [O2]=6.16103M, and [SO3]=6.23103M. What is the value of Kc for this reaction at this temperature? 5.32104 3.44 5.52102 1.88103 3.02105
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