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Dat organic
carboxylic acid altern
Question | Answer |
---|---|
acyl halide | OH replaced by X |
anhydride | OH replaced by OCOR |
amide | Oh replaced by NH2 |
ester | OH replaced by OR |
naming acyl haldes | change "ic acid" "yl acid" |
Carboxylic acid + thionyl Chloride (SOCl2)or PCL3 or PBr3 | acyl chloride |
acyl chloride + h2O | forms back carboxylic acid |
acyl chlroide + alcohol (ROH) | forms ester R-C=O \OR |
acyl chlorides + ammonia (NH3) | forms amide R-C=O \NH2 |
aromatic substitution | Friedel craft acylation |
wats friedel craft | aromatic + acid chloride with AlCl3 |
results of friedel craft | benzene-R-C=O \R |
acid halide + H2 in Pd/BaSO4 (quinoline) | halide replaced by H |
anhydride | without water; 2 acid bonding and removing water |
gen form for anhydride | R-C=O \O-C=O \R |
acid chloride + carboxylate salt ( R-C=O \O- | halide is lost and anhydride formed |
dioic acid + heat | cyclic anhydride |
anhydrydes + water | 2 carboxylic acids - molecule splie adding OH to one and H to O |
ammonia (NH3) + anhydride | mol splits forming carboxylate attached to NH4 -forms amide |
anhydride + alcohol | mol splits and adds RO from alcohol to one and H to the O in the second - ester + carboxylic acid |
anhydride + benzene in friedel craft( AlCl3) | splits anhydride and attaches R-C=O to benzene + carboxylate |
amide gen formula | R-C=O \NR2 |
formation of amide | acid chlorides with amine (prim n sec) or anhydride with ammonia |
amide+ H2O in acid | NR2 replaced by OH to form carboxylic acid |
hoffman rearrangement (BrO-) | amide to primary amine ( loses carbonyl) |
BrO- + amide | H2NR ( primary amine); Hoffman rerarrangement |
amide + LAH | loses =O to form amine |
gen formula for ester | RC=O \OR |
synthesis of ester | acid + alcohol |
naming ester | alkyl alkanoates |
ester + h2o | H adds to =O forming OH and H adds to the other O splitting the ester - carboxylic acid and alcohol |
ester + ammonia | adds H to O splitting the ester NH2 adds to carbonyl section - amide + alcohol |
ester + alcohol | displaces the OR by adding H and adds the alcohols OR to the C=O grp - new ester + alcohol ( transesterification) |
Grignard reagent (RMgBr) + ester | OR is replaced by the R grp - forms ketone |
LAH + ester | - removes =O and adds H to the other O prim alcohol |
ester + NaBH4 | doesnt produce prim alchols |