Which mechanism enhances reaction velocity in catalytic converters?

💡 Explanation

In catalytic converters, surface adsorption increases reaction velocity because gaseous reactants bind to the catalyst's surface and weaken existing bonds. This lowers the activation energy for bond cleavage. Therefore, reactions proceed more rapidly rather than being equilibrium shifts or reduced resistance.

• Which perceptual consequence consistently results when an astronaut experiences sustained, elevated g-forces?
• Which consequence results when electron affinity increases significantly?
• Which signal transmission occurs due to quantum entanglement?
• Which constraint causes polymers to degrade in extreme conditions?
• Which consequence occurs when a metallurgical process operates near Carnot efficiency?
• In a microfluidic device mixing two solutions, which outcome results if the flow's Reynolds number increases tenfold?