1) List the number of hydrogens of the product from peakintegration, the number of neighboring hydrogens fromsplitting.
2) Draw possible structure fragments for each group of peaks inthe spectrum.
10 ppm 1.000 -1.258 CI 5 ppm OH 1: -1 Hz (-0.02 ppm) 2: 126 Hz (2.10 ppm) 3: 130 Hz (2.17 ppm) 4: 139 Hz (2.33 ppm) 5: 143 Hz (2.39 ppm) 6: 435 Hz (7.24 ppm) 7: 451 Hz (7.49 ppm) 8: 478 Hz (7.95 ppm) 9: 480 Hz (7.98 ppm) 10: 487 Hz (8.10 ppm) 0 ppm
1) List the number of hydrogens of the product from peak integration, the number of neighboring hydrogens from splitting
-
- Site Admin
- Posts: 899603
- Joined: Mon Aug 02, 2021 8:13 am