At exceedingly high pressures, what mathematical limit does the exponent approach in the empirical F — Surface Chemistry Chemistry Question
Question
At exceedingly high pressures, what mathematical limit does the exponent $1/n$ approach in the empirical Freundlich adsorption isotherm, causing the model to deviate from experimental reality?
Answer: C
💡 Solution & Explanation
At highly elevated pressures, the solid surface becomes entirely saturated, and the extent of adsorption ($x/m$) becomes completely independent of further pressure increases. Mathematically, $x/m \propto P^0$, meaning $1/n$ must strictly approach 0.
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