7. At a particular temperature, the gases sulfur dioxide, SO,(g), and nitrogen dioxide, NO,(g), react in a closed vessel to form the gases sulfur trioxide, SO,(g) and nitric oxide, NO(g): SO,(g) + NO,(g)= SO;(g) + NO(g) If the equilibrium constant, K, is 3.75 and the initial concentration of all four gases was 0.795mol/L, calculate the equilibrium concentrations of all these gases.

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7. At a particular temperature, the gases sulfur
dioxide, SO,(g), and nitrogen dioxide, NO,(g), react
in a closed vessel to form the gases sulfur trioxide,
SO,(g) and nitric oxide, NO(g):
SO,(g) + NO,(g)= SO;(g) + NO(g)
If the equilibrium constant, K, is 3.75 and the initial
concentration of all four gases was 0.795mol/L,
calculate the equilibrium concentrations of all these
gases.
Transcribed Image Text:7. At a particular temperature, the gases sulfur dioxide, SO,(g), and nitrogen dioxide, NO,(g), react in a closed vessel to form the gases sulfur trioxide, SO,(g) and nitric oxide, NO(g): SO,(g) + NO,(g)= SO;(g) + NO(g) If the equilibrium constant, K, is 3.75 and the initial concentration of all four gases was 0.795mol/L, calculate the equilibrium concentrations of all these gases.
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