Over long time scales the solubility-temperature feedback (below), can affect climate. An increase in atmospheric CO2 concentrat
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Answer : The number of moles of and
at equilibrium is, 1.75 mol and 0.87 mol respectively.
Explanation :
The given chemical reaction is:
Initial mol. 3.67 1.83 0
At eqm. (3.67-2x) (1.83-x) 2x
As we are given:
Number of moles of at equilibrium = 1.92
That means,
2x = 1.92
x = 0.96 mol
Number of moles of at equilibrium = (3.67-2x) = [3.67-2(0.96)] = 1.75 mol
Number of moles of at equilibrium = (1.83-x) = (1.83-0.96) = 0.87 mol
Thus, the number of moles of and
at equilibrium is, 1.75 mol and 0.87 mol respectively.
Refer to the attachment
