Model 3: Splitting from Non-equivalent Hydrogens Non-equivalent hydrogen nuclei will have different effects on the applied magnetic field of a neighboring hydrogen. Cl-CH2CH2CH3 Questions 3. What would the splitting pattern be for the asterisked hydrogen in CH2CH3 ? 4. What would the splitting pattern be for the asterisked hydrogen in CH2CH2 ? Draw it below. The asterisked hydrogen in Model 3 matches both fragments in questions 3 and 4 . The CH2 group splits the peak of the asterisked hydrogen into a triplet, while the non-equivalent CH3 peak splits the peak into a quartet. To show this pictorially, replace each peak of the triplet you drew in question 5 with a quartet. You should now have 3 quartets. This new pattern is referred to as a (answer to question 4) of ; (answer to question 3) and is what will be observed for the asterisked hydrogen in Model 3