Consider the following equilibrium 2h2g x2g...

Consider the following equilibrium: $2H_2(g) + X_2(g) \rightleftharpoons 2H_2X(g) + energy$ Addition of $X_2$ to a system described by the above equilibrium will cause $[H_2]$ to decrease will cause $[X_2]$ to decrease will cause $[H_2X]$ to decrease will have no effect cannot possibly be carried out

Consider the following equilibrium: 2H2(g) + X2(g) ⇌ 2H2X(g) + heat Raising the temperature of this system at equilibrium will cause [H2X] to decrease. Raising the temperature of this system at equilibrium will cause [H2X] to increase. Raising the temperature of this system at equilibrium will cause [H2] to decrease. Raising the temperature of this system at equilibrium will have no effect and cannot possibly be carried out. Consider the following equilibrium: 2H2(g) + X2(g) ⇌ 2H2X(g) + heat Increasing the pressure of this system at equilibrium cannot possibly be carried out. Increasing the pressure of this system at equilibrium will cause [H2] to increase. Increasing the pressure of this system at equilibrium will cause [X2] to increase. Increasing the pressure of this system at equilibrium will have no effect and will cause [H2X] to increase.

Shaiju T.

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