(Solved): please all parts!! Arrhenius Equation: k=AeEa/RT 1. How does the magnitude of a reaction's ac ...

Arrhenius Equation: $$k=A{e}^{?E_a/RT}$$ 1. How does the magnitude of a reaction's activation energy influence the rate of a reaction? 2. Under what circumstances is the activation energy of a reaction proceeding in the forward direction less than the activation energy of it happening in reverse? 3. Under what circumstances is the activation energy of a reaction proceeding in the forward direction greater than the activation energy of it happening in reverse? 4. Does reducing the activation energy of a reaction by $$1/2$$ increase its rate constant by a factor $$2?$$ 5. Two first order reactions have activation energies of 15 and $$150\mathrm{kJ}/\mathrm{mol}$$. Which reaction wil show the larger increase in rate as the temperature is increased? 6. According to the Arrhenius equation, does the activation energy of a chemical reaction depend on temperature? Explain your answer.