
Write out the synthesis of the following molecules using benzene, or cyclohexane derivative or less carbon...
2. Write out a multistep synthesis for the following molecules using the given starting material. For full marks, show the products after each step. (4 marks) OH
3. Design a synthesis of the following molecule starting from
benzene and molecules of two or less carbon atoms. You are not
limited in your choice of reagents or number of steps.
ΝΟ2 ΝΗ2 12 Br 10 Cl CO2H он CI
ΝΟ2 ΝΗ2 12 Br 10 Cl CO2H он CI
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
Extra Credit Propose an elegant and efficient synthesis of the following amine using benzene and alcohols of 4 carbons or less as your only source of carbon
Write out a synthesis of benzyl benzoate using benzyl alcohol at the only source of carbon atoms.
Amine Synthesis Prepare the following compounds from any simple alcohol containing four carbons or less, benzene, toluene, and/or cyclohexane. Be sure to show all steps, reagents used, etc. NHO NH2 I per ty ، 5. ANH NH2 NHCH2CH3 NHCH,CH3
Choose the most efficient synthesis of (halomethyl)cyclohexane starting from cyclohexane and using any reagents needed.24.1 (1).png
HO Devise a synthesis and propose a mechanism starting with benzene and any 2 carbon compound.
Design an efficient synthesis for the following target molecule, using any hydrocarbons with three or less carbon atoms as starting materials to build the target molecule; also using any solvents or reagents that do not contribute carbon atoms to the final structure. SHOW YOUR ANSWER AS A STEPWISE REACTION SCHEME SHOWING THE REAGENT REQUIRED AND PRODUCT OF EACH STEP DO NOT SHOW MECHANISMS (i.e. curly arrows are NOT required) Any solvents or reagents that do not contribute carbon atoms to...
using 1 mole of benzene and 1 mole of butane and, as carbon
sources, design the synthesis of the following structure (what is
its IUPAC name?) using organocuprate coupling reaction as the last
step (no mechanism needed) (HINTS: the benzene can be transformed
to an organocuprate; the butane can be transformed to an alkyl
bromide; also consider whether the reactants of the last coupling
step could be switched)