Which consequence results when equilibrium shifts near a catalyst's saturation point?

💡 Explanation

At saturation, nearly all catalyst active sites are occupied; therefore, the reaction rate becomes limited by reactant supply through mass transport, rather than surface reaction kinetics because further increasing reactant concentration has little effect at active sites.

• Which outcome follows introduction of deionized water to lead(II) iodide?
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• Which outcome occurs when the temperature of a Haber-Bosch process reactor increases beyond optimal conversion range?