Draw the structure of the product formed in the following reaction.
• A condensation reaction is a type of chemical reaction, which has a huge importance in organic synthesis.
• The reaction undergoes the formation of a carbon-carbon double bond. An aldol condensation reaction is a type of condensation reaction in which two aldehydes have a α-hydrogen atom reacting with each other to form a product called aldol.
• The first step is the aldol reaction in which the enolate ion formed then reacts with another molecule of the aldehyde.
• The dehydration of product of an aldol reaction forms αβ-unsaturated carbonyl molecules (aldol). This is known as an aldol condensation reaction.
• In a base catalyzed aldol reaction, the base deprotonates the acidic hydrogen on a α-carbon atom to form the enolate.
• An enolate are good nucleophile and carbonyl is a good electrophile, so the enolate reacts with the carbonyl carbon of another aldehyde.
The mechanism of an aldol condensation contains two steps. The first part is an aldol reaction; the second part is a dehydration elimination reaction. First, the base abstracts the proton to form a carbanion, and then it attacks the carbonyl group of another compound to form an oxy anion. This compound undergoes hydrolysis and forms an aldol, followed by dehydration which will give an aldol product.
Mechanism:-
Draw the structure of the product formed in the following reaction. Draw the structure of the...
Draw the structure of the neutral product formed in the following reaction. Draw the structure of the neutral product formed in the following reaction
Draw the structure of the organic product or products formed in the following reaction. Draw the structure of the organic product or products formed in the following reaction.
Draw the product formed when the structure shown below undergoes solvolysis in CH3CH2OH with heat. Interactive MarvinView Alkyl Halides: Substitution reaction with (2S,3R)-2-chloro-3-methylpentane with CH3O- Alkyl Halides: Reaction of 3-chloro-2,2-dimethylpentane and ethanol Draw the product formed when the structure shown below undergoes a substitution with NaOCH3. Interactive MarvinView Draw the product formed when the structure shown below undergoes solvolysis in CH3CH2OH with heat.
Draw the structure of the organic product formed when the following compounds undergo the three-step reaction sequence indicated. 1. NaOC2H5, C2H5OH 2. NaOH, H20 3. H30, heat C Н Tools % TH COOHOV Grading Include hydrogen atoms on non-carbon atoms. Chirality is not graded
draw the structure Draw the major organic product formed in the following reaction.
7. Draw the structure of the organic product(s) formed in the following reaction, and propose an electron-pushing mechanism for the reaction. Use arrows to clearly show the movement of electrons in each step. L E + OH + H heat - NCH₃ Mechanism: Final product(s):
Draw the organic product structure formed by the following reaction sequence.
Click the "draw structure" button to launch the drawing utility. Draw the product formed in the following reaction. ( 1H-B CH3CH2-C=C-H draw structure ... Pd(PPh3) NaOH
Draw the major organic product (other than ethanol) formed in the following reaction Draw the major organic product (other than ethanol) formed in the following reaction
draw the structure of the organic product formed when following compounds undergo reaction sequence indicated Draw the structure of the organic product formed when the following compounds undergo the three-step reaction sequence indicated.