2. Given the equilibrium equation: XY(g) X(g) + Y(g) + heat If initially, at equilibrium, the [XY] - 1.0 M, the [X] – 3.

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2 Given The Equilibrium Equation Xy G X G Y G Heat If Initially At Equilibrium The Xy 1 0 M The X 3 1 (60.99 KiB) Viewed 58 times

2. Given the equilibrium equation: XY(g) X(g) + Y(g) + heat If initially, at equilibrium, the [XY] - 1.0 M, the [X] – 3.0 M and the [Y] -4,0 M, draw a graph showing qualitatively what happens to the concentrations of each species as the following changes are made to the system ( 6 marks COM) Time 1 - The temperature is increased Time II - Some X(g) is removed from the system Time III - Some XY(B) is added to the system Time IV - The volume is decreased. 6 5 4. MOLAR CONCENTRATION 3 2 II IV TIME →