How would the following changes affect the amounts of material in the system shown below initially at equilibrium. Fe2O3 (s) + 2 H2 (g) ⇄ 2 Fe (s) + 3H2O (g)     ΔH = +96 kJ   When the concentration of H2 in the container is increased, the amount of H2O in the container will  AnswerIncreaseDecreaseRemain the Same   The pressure in the container is decreased by expanding the system volume. the amount of Fe in the container will  AnswerIncreaseDecreaseRemain the Same     When the temperature in the container is decreased,  the amount of H2 in the container will  AnswerIncreaseDecreaseRemain the Same     When the amount of Fe2O3 in the container is doubled, the amount of H2O in the container will  AnswerIncreaseDecreaseRemain the Same

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How would the following changes affect the amounts of material in the system shown below initially at equilibrium.

Fe2O3 (s) + 2 H2 (g) ⇄ 2 Fe (s) + 3H2O (g)     ΔH = +96 kJ

 

When the concentration of H2 in the container is increased,

the amount of H2O in the container will  AnswerIncreaseDecreaseRemain the Same

 

The pressure in the container is decreased by expanding the system volume.

the amount of Fe in the container will  AnswerIncreaseDecreaseRemain the Same

 

 

When the temperature in the container is decreased, 

the amount of H2 in the container will  AnswerIncreaseDecreaseRemain the Same

 

 

When the amount of Fe2O3 in the container is doubled,

the amount of H2O in the container will  AnswerIncreaseDecreaseRemain the Same

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