Which outcome arises when a reversible catalytic reaction reaches equilibrium at high temperatures?

💡 Explanation

When a reversible reaction reaches equilibrium, the forward and reverse reactions proceed at equal rates because the change in Gibbs free energy is zero, leading to no net change in reactant or product concentrations. Therefore the forward and reverse rates are equal, rather than a shift in equilibrium or changes to the catalyst or enthalpy, requiring additional energy input.

• Which phenomenon causes metallic conduction at interfaces between two insulating oxides?
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• Which outcome occurs from dielectric breakdown when a high voltage is applied across a capacitor?
• Which outcome occurs in a Michelson interferometer when the path length difference matches odd multiples of a quarter wavelength, creating destructive conditions?