Which outcome occurs when tripling catalyst surface area in a reaction with unchanging rate constants?

💡 Explanation

The rate of reaction triples because increasing catalyst surface area directly increases the number of active sites via the mechanism of surface adsorption. Therefore, the reaction rate increases, and the rate constants remain unchanged rather than the equilibrium being significantly altered.

• Which consequence results when high frequency electromagnetic fields induce vibrational resonance in polar molecules?
• Which adjustment lowers the activation energy barrier in catalytic converters?
• Which outcome occurs with entangled photons interacting with atoms?
• Which instability arises when Reynolds number exceeds limit in a microfluidic chip?
• Which risk increases when a laser's coherence length degrades?
• Which outcome occurs when graphite experiences high temperature plasma etching in semiconductor fabrication?