Which outcome results when a catalyst decreases the activation energy barrier in a reversible chemical reaction approaching equilibrium?

💡 Explanation

When a catalyst decreases the activation energy, both forward and reverse reaction rates are accelerated equally because the catalyst lowers the activation energy barrier for both pathways according to the Arrhenius equation, thus increasing the rate constants, kf and kr, to the same extent. Therefore, equally increasing constants occurs, rather than equilibrium shift or selectively improved action which alters the kinetics differentially.

• Which outcome results when excessive mass curves spacetime?
• Which mechanism causes communication loss when atmospheric conditions increase ionospheric plasma density?
• Within an integrated circuit, which risk increases when electron trench isolation degrades?
• Which mechanism causes zero DC resistance in Niobium-Titanium composites operating within an MRI?
• Which outcome is observed due to strong equivalence principle?
• Which risk increases when electron degeneracy pressure nears limits?