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Initially 2.25 mol of carbon monoxide gas, CO(g) and 2.25 mol of water vapour, H2O(g) , are placed in a 1.50 L container and equilibrium is established and Keq  is 4.2. Determine all equilibrium concentrations.           CO(g)    +           H2O(g)              ⇆          CO2(g)     +    H2(g)

Initially 2.25 mol of carbon monoxide gas, CO(g) and 2.25 mol of water vapour, H2O(g) , are placed in a 1.50 L container and equilibrium is established and Keq  is 4.2. Determine all equilibrium concentrations.           CO(g)    +           H2O(g)              ⇆          CO2(g)     +    H2(g)

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Initially 2.25 mol of carbon monoxide gas, CO(g) and 2.25 mol of water vapour, H2O(g) , are placed in a 1.50 L container and equilibrium is established and Keq  is 4.2. Determine all equilibrium concentrations.

          CO(g)    +           H2O(g)              ⇆          CO2(g)     +    H2(g)

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