emperature program: 2. On the Chromatogram, label the peaks corresponding to the different isomers of dichlorobutane as 1,11,21,3 or 1,4 . (2 points) 3. What are the other very large peaks at the beginning? ( 2 points) 4. Complete the following data table. (12 points) 5. Show the calculations for the Area\% ( 2 points) Interpretation: We want to look at the reactivity of the different positions on the butane. To be able to do a meaningful comparison we need to figure out the reactivity per H. The reactivity per proton is the % of obtained product divided by the number of protons that could have been replaced. Reactivity per H= Area\% / \#possible protons When comparing reactivity the data obtained is normalized. We divide all the reactivity by the lowest reactivity. This will bring the relative reactivity of the least reactive to 1