| 31. | There are two objections to associating this activation energy with the threshold barrier for an elementary reaction.
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| 32. | The activation energy for a reaction is experimentally determined through the Arrhenius equation and the Eyring equation.
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| 33. | Some benefits include tuning of the resistance and activation energy and the reduction of periodic noise patterns.
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| 34. | The reaction has a large activation energy, and so it is not easy to get it started.
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| 35. | Like other catalysts, an electrocatalyst lowers the activation energy for a reaction without altering the reaction equilibrium.
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| 36. | The activation energy is largely spent on liquefying the aluminum, IIRC, so that the reaction can proceed.
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| 37. | Activation energy may otherwise be denoted as the minimum energy necessary for a specific chemical reaction to occur.
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| 38. | The process of getting to the top of the activation energy barrier to the transition state is endergonic.
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| 39. | Both are used by enzymes and have been evolutionarily chosen to minimize the activation energy of the reaction.
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| 40. | In this way, the catalytic residues of the active site provide an alternative reaction mechanism with lower activation energy.
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