Question: In this lab, you will generate a graph to determine the activation energy using the Arrhenius equation as our model (equation shown below), ln(k)=REa(T1)+ln(A) where

 In this lab, you will generate a graph to determine the
activation energy using the Arrhenius equation as our model (equation shown below),

In this lab, you will generate a graph to determine the activation energy using the Arrhenius equation as our model (equation shown below), ln(k)=REa(T1)+ln(A) where k is the rate constant, Ea is the activation energy, R is the ideal gas constant (in units of J/molK ), T is the temperature (in K ) and A is what's known as the frequency factor. Correctly match each option below. 1. T1 2. ln(k) x-axis 3. k Correctly match each option below. 1. T1 2. ln(k) x-axis 3. k 4. ln(A) slope 5. Ea y-axis 6. REa

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