Which risk increases when a catalyst loses surface?

💡 Explanation

When a catalyst loses reactive sites, surface area decreases, therefore fewer reactant molecules can be activated; catalytic activity thus decreases because the activation energy requirement cannot be effectively bypassed by induced dipole interactions like the London dispersion force within enzymes, rather than altering equilibrium.

• Which consequence results when an air-gap capacitor's plate vibrates?
• Which outcome results when an operational amplifier (op-amp) configured as a comparator exceeds its slew rate limit?
• Which outcome results when estimating Reynolds number upstream?
• Which risk increases excessively when airflow through a Venturi meter exceeds equation accuracy?
• Which outcome follows surpassing Stirling engine's design compression ratio?
• Which outcome occurs when AC voltage frequency applied across dielectric material within capacitor approaches its resonant frequency?