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what does the dehydration of a hydroxyl carbonyl compound do ? |
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Removes an OH and forms an ALKENE [image] |
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CARBONYL reacting with CH2(substituent) |
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[image] C=O REPLACED BY CH2(substituent) |
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converts carboxylic acid to ESTER |
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adds the Nitrogen substituent onto a CARBONYL, reduces it and reduces the nitrogen [image] |
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adds NH2 and CN to ALDEHYDE [image] |
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The Gabriel synthesis prepares 1° amines from alkyl halides. [image] |
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boiling point ranking for AMINES |
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ALKANES ARE THE LOWEST AMINES ARE THE HIGHEST [image] |
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[image] LiALH4 Can also reduce amides to AMINES [image] |
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NH-substituent and CARBONYL |
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NH-substituent adds totno CARBONYL AND REDUCES A HYDROGEN [image] |
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STRONGER DONATING GROUPS ARE STRONGER BASES CH3 GROUPS ARE THE STRONGEST HALOGENS ( Cl) are the WEAKEST [image] MOST BASIC has the LEAST CONJUGATION sp3 characterization = sTRONGER BASE |
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Halogens to ALKENES on MORE SUBTITUED SIDE[image] |
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Halogens to ALKENES on LEAST SUBSITTUED [image] |
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adds amines + COOHs to form AMIDES |
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Enolate is 1,2 3 is the carbonyl |
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[image] opens alkene and adds OH to END |
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completely reduces carbonyl [image] |
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reduction of nitro group (NO2) to NH2 |
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Halogen substituent to CARBOXYLIC ACID |
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