Which consequence results when excessive heat energy causes catalyst poisoning?

💡 Explanation

High temperatures cause catalyst poisoning via sintering--decreasing surface area and active sites--because the activation energy for sintering is exceeded; therefore the reaction rate decreases, rather than altering selectivity or improving catalyst properties.

• Which outcome occurs when the activation energy of a catalytic converter within an automobile exhaust system degrades?
• Which outcome occurs when industrial gearboxes use low-viscosity lubricants?
• Which consequence results when excessively increasing power modulating the laser diode within fiber optic gyroscopes used for inertial navigation systems?
• Which mechanism causes deviations from Bernoulli's equation in pipelines?
• Which outcome occurs despite physical separation when measuring entangled photon polarization through quantum key distribution?
• Which consequence results when spacecraft navigation relies solely on Newtonian physics near a black hole?