The major product formed are
First step is Freidel Craft alkylation and second step is wolf-Kishner reduction. Therefore, opteion (c) iscorrect.
The product formed and the reaction name is
The major product (P) formed is
Step - 1: Hoffman bromode degradation(amide is converted into 10 amine)
Step - 2: Diazotization; followed by decarboxylation and removal of N2 gas by heat.
The major product (P) formed is
The major product (P) formed is
This is asymmetric induction, followed by metal reduction by LiA1H4.
The following reaction is
The major product (P) formed is
The rearrangement involved is
The products formed in the following reaction sequence are
Oxalic acid is a mild acid, it will not isomerize.
The major product (A) formed is
The chelation effect in OH group is not given by the hydroxylation process because of steric effect.
The major product (P) is formed
It is the Swern-Oxidation with in absence of base. So, substitution product will be formed
Major product (P) formed is
This is acyl ion reaction mechanism is shown below :
The product formed is
The major product formed is
DIBAL-H changes α - β unsaturated ester into alchol.
The product formed is
The major product formed is
L-selective role is a Bulky reagent. So, will attack from equatorial side of the carbonyl group.
How many of following rearrangements form isocyanate______
In the above rearrangement, Curtius, Hoffman, Lossen and Schmidt form isocyanate intermediate.
In the above structure, how many functional groups are reduced by LiAlH4.
Total number of five functional groups reduced by LiAlH4.
In the above structure, how many functional groups not reduce by borane
In the above structure, RCOCl and R-NO2 are not reduce by Borane.
In the above reaction, total number of hydroxyl group is/are oxidised _____________
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