6. Synthesis. Propose a synthesis of Ibuprofen using only the sources of carbon given (10 points...
propose a mechanism for the synthesis of the compound below using only the provided carbon sources. -e Carbon sources: Br сH,он д CO₂ Ho
Practica Problem: 3) Propose synthesis using 2-methy I propane and benezene as only carbon sources HO
1. Performing the following synthesis using only the carbon sources given.
2a and 2c please Using ethyne and/or methyl halides as your only sources of carbon, propose a synthesis of the following. compounds.
8. Synthesis: Using the starting materials below as your only carbon sources, synthesize the desired product (hint: you will have to use the ester multiple times!)
(9 points) Starting from benzene, propose a synthesis of Ibuprofen a non-steroidal anti-inflammatory drug used for pain relief, fever reduction, and swelling OH Ibuprofen 16. (12 points) Provide a detailed (stepwise) mechanism for each of the following conversions: 1. CH, MgBr OED O + EtOH 2. H30, H20
Propose an efficient and elegant synthesis of the molecule using only a benzene as your starting material. You may use any alkyl halide or alcohol as your other sources of carbon (excluding HCOCl), and any other reagent you deem necessary. OH Cl
Starting with benzene, carbon dioxide, and 2-propanol as your sources of carbon, purpose and efficient synthesis for propanoyl benzoate: 1) Starting with benzene, carbon dioxide, and 2-propanol as your sources of carbon, propose an efficient synthesis for propanoyl benzoate: CH он AND CO, AND
Propose a synthesis of the following molecule starting with the indicated starting moleucles as the only allowed carbon sources and any needed inorganic reagents. Cl anisole ← H3CO Cl
8. Propose a synthesis of Dimestrol starting from p-methoxypropiophenone as the only source of carbon. This means you cannot add any reagent or reactant that contains carbon unless you show how it was synthesized from p-methoxypropiophenone. (6 points) ОСН; Jak se several steps dimestrol (anestrogerichomone) H2CO H3CO