Question: Answer as much possible. The the numbers above will help you know how many H neighbors. For example the first to the right has 8
Answer as much possible.
The the numbers above will help you know how many H neighbors. For example the first to the right has 8 meaning there are 7 neighbor H's.
Calculate % composition from the spec data.
Draw structures of the products labelled corresponding to the NMR data table.
What is the mole % of each component if it is a mixture? How did you determine this based on your NMR spectrum? Which product would you predict to be the kinetic product? The thermodynamic product? Explain briefly.
00 4.7913 7.7838 7.7691 7.7660 7.7478 7.7247 7.7224 7.7071 7.7002 7.6877 7.2654 4.7335 4.7300 4.7258 4.7177 4.7096 4.6992 4.6813 4.6635 4.6457 2.5498= 2.00002 3.8874 3.8692 3.8510 3.8329 2.9584 2.8848 N 1.0bon 1.6333 1.6020 1.5554 1.5376 1.5197 1.4747 1.4566 1.4384 -0.0002 [ppm] 2 4 6 8 10 12 14 00 4.7913 7.7838 7.7691 7.7660 7.7478 7.7247 7.7224 7.7071 7.7002 7.6877 7.2654 4.7335 4.7300 4.7258 4.7177 4.7096 4.6992 4.6813 4.6635 4.6457 2.5498= 2.00002 3.8874 3.8692 3.8510 3.8329 2.9584 2.8848 N 1.0bon 1.6333 1.6020 1.5554 1.5376 1.5197 1.4747 1.4566 1.4384 -0.0002 [ppm] 2 4 6 8 10 12 14
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