show multistep synthesis include all reagents and stable intermediates COOH Cl b.
Devise a multistep synthesis for the following transformation. Show all intermediates and reagents. ??? Br Br
8. Devise a multistep synthesis for the following transformation. Show all intermediates and reagents. ??? Br Br (additional reagents must have no more than 2 carbons.)
7. Devise a multistep synthesis for the following transformation. Show all intermediates and reagents. Br ??? -NH (additional reagents must have no more than 2 carbons.)
9. Devise a multistep synthesis for the following transformation. Show all intermediates and reagents. NH2 Br ???
Devise a multistep synthesis for the following transformation. Show all intermediates and reagents. NH2 Br ??? (additional reagents must have no more than 2 carbons.) Br ??? -NH (additional reagents must have no more than 2 carbons.)
7. Devise a multistep synthesis for the following transformation. Show all intermediates and reagents. Br ??? -NH (additional reagents must have no more than 2 carbons.) ??? Br Br (additional reagents must have no more than 2 carbons.) NH2 Br ??? (additional reagents must have no more than 2 carbons.)
5. . Identify the reagents and intermediates in this multistep synthesis, which includes a Grignard reaction in its C-C bond forming step. OH TsCI, py EIO
propose a synthesis for pentanamine from hexanoic acid. show all reagents and intermediates
Propose a step-by-step synthesis for A and B. Include all key intermediates involved during the syntheses and use any reagents needed. Note: For B, clearly indicate the isotope-labeling at the oxygen with a "*" for this synthesis. A) step-by-step synthesis H H B) OH step-by-step synthesis o
3. Synthesize the following by showing all the appropriate reagents and intermediates. (6 pts.) COOH CH2NH2 from a. b.