
4. Provide the detailed synthetic route to the following target and the retrosynthetic scheme. pines —...
4. Provide the detailed synthetic route to the following target and the retrosynthetic scheme. *NHCHg
4. Provide the detailed synthetic route to the following target and the retrosynthetic scheme. NHCHE m - ir
1. Provide the missing conditions for both steps and show how the amide can be converted to the corresponding acid chloride. Step 1 Step 2 Step 1 Conditions for step 1 (brain-twister: is there just one way?): Conditions for step 2 (same brain-twister): Full reaction scheme: 2. Consider the following reaction: 1. NaOM/MeOH 2. H,0* Does it have a specific name? How many products are possible? Show all of them. Suggest a synthetic route that leads to a lesser number...
Provide the synthetic route for the following reaction.
(4) Provide the synthetic route for the following reaction. C6HsBr C6H3COOH
Provide a synthetic route for the following compound from
benzene and any other necessary organic and inorganic reagents.
List the required reagents and conditions for each step and draw
the product for each step
14. Provide a synthetic route for the following compound from benzene and any other necessary organic and inorganic reagents. List the required reagents and conditions for each step and draw the product for each step. (4 pts) 0-V
(4) Provide the synthetic route for the following reaction. C6H5Br C6H5COOH (5) Provide the synthetic route for the following reaction. -CH, -CH2COOH
Provide the synthetic route for the following reaction.
(5) Provide the synthetic route for the following reaction. =CH₂ — a -CH,COOH
Describe a synthetic route for the following transformation: Br Br HCECH - CHCH2-¢-¢-CH2CH3 Br Br Provide the reagents, and when appropriate, the conditions you would use. Designate the order of the reactions by numbering each set of reagents.
Organic chemistry synthesis question
(1) Synthesis. Provide the synthetic route from the starting reactant to the product shown. Provide detailed reaction conditions (reagents, solvents, temperature, etc) for each step of your synthesis clearly showing each intermediate generated. (20 pts) Br Br
5. For the following molecule: a) perform a thorough retrosynthetic analysis, including Evans-Lapworth charge affinity analysis, for the target (and any intermediate target(s) you generate as part of your analysis) to guide your bond disconnections (28 points), and b) from your retrosynthetic analysis, propose a synthetic scheme from any reagents of three carbons or less. You can also use any reagents larger than these limits as long as only the specified number of carbons, or less, become incorporated from those...