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k2Bk450K=1.0sec1k460K=2.0sec1 1) (10 pts.) Give the final equation that can be used to calculate the value of the activation energy (Ea) of this reaction. 2)
k2Bk450K=1.0sec1k460K=2.0sec1 1) (10 pts.) Give the final equation that can be used to calculate the value of the activation energy (Ea) of this reaction. 2) (5 pts.) Give the final equation that can be used to calculate the value of the specific rate constant or the Arrhenius frequency factor (A) of this reaction assuming the answer in part 1 is known
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