Chemistry, 10.08.2019 01:20 mikemurray115
The molar concentrations for the reactants and products at equilibrium are found to be [ccl4]=1.0 m, [o2]=0.3 m, [cocl2]=4.0 m, and [cl2]=2.0 m. what is the value of the equilibrium constant for this reaction? 2ccl4(g)+o2(g)β2cocl2(g)+2cl2(g) express your answer numerically using two significant figures.
Answers: 2
is the value of the equilibrium constant for this reaction.
at equilibrium =![[CCl_4]=1.0M](/tpl/images/0174/0028/d343b.png)
at equilibrium =![[O_2]=0.3M](/tpl/images/0174/0028/056b2.png)
at equilibrium =![[COCl_2]=4.0M](/tpl/images/0174/0028/945ea.png)
at equilibrium =![[Cl_2]=2.0M](/tpl/images/0174/0028/565ad.png)
![K_c=\frac{[COCl_2]^2[Cl_2]^2}{[CCl_4]^2[O_2]}=\frac{(4.0 M)^2\times (2.0M)^2}{(1.0M)^2\times (0.3 M)}](/tpl/images/0174/0028/1316e.png)
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The molar concentrations for the reactants and products at equilibrium are found to be [ccl4]=1.0 m,...
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