![\left [ SO_{2} \right ] = 0.42 \textrm{ M}, \left [ O_{2} \right ] = 0.21 \textrm{ M}, \left [ SO_{3} \right ] = 0.072 \textrm{ M}](/tpl/images/0549/0905/fc0fc.png)
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![K_{eq} = \displaystyle \frac{\left [ SO_{2} \right ]^{2}\times \left [ O_{2} \right ]}{\left [ SO_{3} \right ]^{2}} \\K_{eq} = \displaystyle \frac{\left ( 0.42 \right )^{2}\times 0.21}{\left ( 0.072 \right )^{2}} \\K_{eq} = 7.145](/tpl/images/0549/0905/2d355.png)
for the reaction is 7.145 Show Your Work
2SO3(g) -> 2SO2(g)+O2(g)
Calculate Keq for this reaction if the eq...
Chemistry, 16.03.2020 20:43 lelseymota123
Show Your Work
2SO3(g) -> 2SO2(g)+O2(g)
Calculate Keq for this reaction if the equalibrium concentrations are: |SO2|=0.42M; |O2|=0.21M; |SO3|=0.072M
Answers: 3
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