The system, CO(g) + O2(g) 2 CO2(g), is exothermic and at equilibrium at a temperature. Predict...

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The system, CO(g) + O2(g) 2 CO2(g), is exothermic and at equilibrium at a temperature. Predict...

The system, CO_(g) + O₂_(g) 2 CO₂_(g), is exothermic and at equilibrium at a temperature. Predict how K_p changes and direction of the shift if the temperature is increased.

		K_p increases, and it shifts to the right.
		K_p increases, and it shifts to the left.
		K_p decreases, and it shifts to the left.
		K_p doe not change, and it does not shift to either direction.
		K_p decreases, and it shifts to the right.

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Answer 1

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In case of exothermic reaction with increase in temperature, to keep kp constant reaction shift towards left.

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