Which change in equilibrium constant (K) indicates increased product formation after temperature increase in a reversible reaction?

💡 Explanation

When the equilibrium constant increases after increasing temperature, Arrhenius equation shows the the forward rate increases proportionally more because it has a significantly higher activation energy, driving the reaction towards product creation more efficiently to reach equilibrium. Therefore the forward rate constant increases more, rather than affecting just a single factor.

• Which outcome arises when coating thickness varies in spectral interferometry?
• Which outcome occurs when a PET scanner's positron emission fails?
• Which outcome occurs when rapid cooling causes incomplete Crystal Nucleation during amorphous polymer synthesis?
• Which consequence results when microwave radiation experiences dispersion?
• Which outcome occurs when quantum computers exhibit decoherence?
• Which outcome arises when reactant concentration oscillates near chemical equilibrium in polymerisation?