Answer Happy

1. Draw the major product of the following reaction. label the unique H-atoms on the product.
2. Draw what you anticipate the 1H NMR spectrum of the following molecule would look like, including splitting. In the drawing, label the approxiamte chemical shift amd integration for each peak and assign each peak in your spectrum to your unique proton set in the molecule.
3. Using your 1H NMR spectrum below describe how you can use NMR and IR to determine if you have made the desired product.
estion 9 (18 points) Draw the major product of the following reaction. Label the unique H-atoms on the product (5 pts). 2. Draw what you anticipate the ¹H NMR spectrum of the following molecule would look like, including splitting. In your drawing, label the (approximate) chemical shift and integration for each peak and assign each peak in your spectrum to your unique proton set in the molecule (8 pts). 3. Using your ¹H NMR spectrum below and your spectrum from Problem 8, describe how you can use NMR and IR to determine if you have made the desired product (5 pts). 12 10 Br (CH₂CH₂)₂CuLi ether ppm