- Discussion Questions I 1 Looking At The Structure Of Tamoxifen What Functional Groups Are Present In The Molecule 2 1 (103.87 KiB) Viewed 83 times
- Discussion Questions I 1 Looking At The Structure Of Tamoxifen What Functional Groups Are Present In The Molecule 2 2 (103.87 KiB) Viewed 83 times
- Discussion Questions I 1 Looking At The Structure Of Tamoxifen What Functional Groups Are Present In The Molecule 2 3 (103.87 KiB) Viewed 83 times
Discussion Questions I: 1. Looking at the structure of tamoxifen, what functional groups are present in the molecule? 2. How many different proton peaks did you find in the proton-NMR spectrum of tamoxifen? Note, look at the molecular structure and NMR spectra to determine this number. Discuss why you came to this conclusion with your peers. Are your numbers the same as your peers? Yes, no, why? 3. How many different carbon peaks did you find in the carbon-NMR spectrum of tamoxifen? Note, look at the molecular structure and NMR spectra to determine this number. Discuss why you came to this conclusion with your peers. Are your numbers the same as your peers? Yes, no, why? In the NMR spectrum of tamoxifen, you noticed that an impurity is present with a molecular formula of C2H,O. When you isolated this impurity from tamoxifen you obtained another NMR spectrum. Here is this new impurity NMR spectrum.
Discussion Questions I: 1. Looking at the structure of tamoxifen, what functional groups are present in the molecule? 2. How many different proton peaks did you find in the proton-NMR spectrum of tamoxifen? Note, look at the molecular structure and NMR spectra to determine this number. Discuss why you came to this conclusion with your peers. Are your numbers the same as your peers? Yes, no, why? 3. How many different carbon peaks did you find in the carbon-NMR spectrum of tamoxifen? Note, look at the molecular structure and NMR spectra to determine this number. Discuss why you came to this conclusion with your peers. Are your numbers the same as your peers? Yes, no, why? In the NMR spectrum of tamoxifen, you noticed that an impurity is present with a molecular formula of C2H,O. When you isolated this impurity from tamoxifen you obtained another NMR spectrum. Here is this new impurity NMR spectrum.