Show how a dipeptide could be assembled through solid
phase
synthesis. Show structures of reactants, products, and reagents
used
in the synthetic sequence.
Using Alanine and Serine
Show how a dipeptide could be assembled through solid phase synthesis. Show structures of reactants, products, and reagents used in the synthetic sequence. Using Alanine and Serine
Using any necessary reagents, show how the following synthetic transformations may be achieved. Give reagents and conditions for each step. Include all synthetic intermediates (compounds produced during the course of multi-step synthesis). As always, consider major products produced throughout the entire synthesis. a. он
6.) Synthesis: Show how the following synthetic conversions may be carried out. Include structures of all intermediate compounds as well as all reagents used in the conversions. (NO ELECTRON PUSHING MECHANISM SHOULD BE SHOWN HERE!!!) H H a.) H H HzC CH2CH3
4. Show how to synthesize the following products using any reactants/reagents and number of steps (unless otherwise specified below). Be sure to show all reactants/reagents/conditions required HO from
How would you carry out the following synthetic transformation? Show the synthesis step by step including all of the major intermediate structures. Other reagents may be used as needed. Several steps OH ? (The only source of Organic Compounds)
synthesis: how to get this molecule? thesis+B 20 AM 1. Outline a synthetic strategy that could be used to efficiently synthesize the following, products. You may use oxacyclopropane, benzene, cyclohexane and any, alkene, alkyne, alcohol, or alkyl halide that is four carbon atoms or less. You may also use any organic solvents necessary and standard reagents as needed.
Show the following (Label reagents, products, reactants, and mechanisms): Hydroboration of an alkene using BH/OH for step 1 and H.O/OH for Step 2 (note - OR can be used instead of -OH)
Starting with acetylene use a sequence of reagents to show how you could make each of the following products. Note that some steps will be redundant so please just start from a common intermediate once you have shown its synthesis. For example, all of the other products can be made from either 1-butyne or 2-hexyne. You may not use any other source of C other than methyl bromide, calcium carbide, chloroform and the products you can make from these sources....
Starting with acetylene use a sequence of reagents to show how you could make each of the following products. Note that some steps will be redundant so please just start from a common intermediate once you have shown its synthesis. For example, all of the other products can be made from either 1-butyne or 2-hexyne. You may not use any other source of C other than methyl bromide, calcium carbide, chloroform and the products you can make from these sources....
Instead of propanoic acid, show using propanol please 5. Synthesis: Show how the amine could be prepared from benzene, propanoic acid and dimethyl amine. More than one synthetic transformation will be necessary. You have unlimited access to any inorganic reagent. ОН and and
Show how you could synthesize the following products via a Williamson ether synthesis (i.e. select an appropriate nucleophile and electrophile to react together). Include any reagents that would be necessary for the reaction to occur (i.e. acid or base).Do not include mechanisms