Which effect occurs in a chemical reactor when the reaction reaches equilibrium in presence of a catalyst?

💡 Explanation

When a reversible reaction reaches equilibrium, the rate of the forward reaction equals the rate of the reverse reaction because the change in Gibbs free energy is zero at that point, creating a dynamic steady-state. Therefore forward and reverse rates equalize, rather than options of heat generation, catalyst deactivation, or minimization require kinetic considerations outside defined equilibrium

• Which consequence results when a closed-cycle heat engine exceeds its cooling capacity?
• Which risk increases in a spacecraft experiencing constant acceleration?
• Which outcome occurs when using Bernoulli's Equation for high-speed channel flow?
• Which reading discrepancy arises when a pitot tube's yaw error increases?
• Which mechanism causes signal degradation when radio waves propagate through dense urban environments?
• Which consequence results when van der Waals forces weaken in molecular packing?