(a) Determine whether the value of K of an equilibrium system will be affected or unaffected by the following changes: Changes Value of K (affected or unaffected) (Decreasing the temperature (u) Increasing the pressure of the system (uD Decreasing the concentration of reactant (b) The following graph represents the amount of CO formed at two different temperatures, and Ts. The reaction as shown below: Cts) + H,O(g) = Co(g) + H:(g) T 385 K T = 335 K time Based on the graph, determine whether the forward reaction is endothermic or exothermic. Predict if the concentration of H.O gas increases, decreases or remains the same if the temperature is decreased to 298 K. Explain. A mixture of 0.350 M of H:0, 0.125 M of CO and 0.125 M of H: was prepared and allowed to reach equilibrium in a 1.00 L flask. The equilibrium concentration of H:0 is 0.182 M. Calculate the Ke of the reaction at constant: temperature.

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Chapter1: Chemical Foundations
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(a) Determine whether the value of K of an equilibrium system will be affected or,
unaffected by the following changes:
Changes
Value of K
(affected or unaffected)
(O Decreasing the temperature
(1) Increasing the pressure of the system
() Decreasing the concentration of reactant
(b) The following graph represents the amount of CO formed at two different temperatures,
T; and T. The reaction as shown below:
C() + H,O(g) = co(g) + H(g)
T = 385 K
[co)
T = 335 K
time
Based on the graph, determine whether the forward reaction is endothermic or
exothermic.
Predict if the concentration of H:0 gas increases, decreases or remains the same
if the temperature is decreased to 298 K. Explain.
A mixture of 0.350 M of H:0, 0.125 M of CO and 0.125 M of H: was prepared
and allowed to reach equilibrium in a 1.00 L flask. The equilibrium
concentration of H;0 is 0.182 M. Calculate the Ke of the reaction at constant
temperature.
(H)
Transcribed Image Text:(a) Determine whether the value of K of an equilibrium system will be affected or, unaffected by the following changes: Changes Value of K (affected or unaffected) (O Decreasing the temperature (1) Increasing the pressure of the system () Decreasing the concentration of reactant (b) The following graph represents the amount of CO formed at two different temperatures, T; and T. The reaction as shown below: C() + H,O(g) = co(g) + H(g) T = 385 K [co) T = 335 K time Based on the graph, determine whether the forward reaction is endothermic or exothermic. Predict if the concentration of H:0 gas increases, decreases or remains the same if the temperature is decreased to 298 K. Explain. A mixture of 0.350 M of H:0, 0.125 M of CO and 0.125 M of H: was prepared and allowed to reach equilibrium in a 1.00 L flask. The equilibrium concentration of H;0 is 0.182 M. Calculate the Ke of the reaction at constant temperature. (H)
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