REDUCTION TO ALCOHOLS:

METHODS OF PREPARATION OF ALCOHOLS|REACTION OF NITROUS ACID WITH PRIMARY AMINES|REDUCTION OF CARBOXYLIC ACID AND ITS DERIVATIVE|FROM GRIGNARD REAGENT

ELIMINATION REACTION OF ALCOHOLS|REDUCTION AND OXIDATION OF ALCOHOLS|JONES REAGENT|LUCAS TEST|VICTOR MEYER TEST

METHODS OF PREPARATION OF ALCOHOLS|REDUCTION OF ALDEHYDES AND KETONES|MPV REDUCTION|HYDROLYSIS OF ESTER

HI/Red Phosphorus Reduction Reaction, Reduction OF Carbonyl Compound, Clemmenson Reduction, Wolff-Kishner Reduction, Mozingo reduction, BH3/THF, DIBAL-H, Stephen's Reduction, Bouveault–Blanc reduction

Questions|Addition Of Sodium Hydrogensulphite (NaHSO3)|Addition Of Alcohols|Reduction|Reactions Due To α-Hydrogen|Summary

Read the passage given below and answer the following questions 53-55. The electrochemical reduction of benzaldehyde and p-tolualdehyde has been achieved by diphenyl ditelluride and diphenyl diselenide as catalyst using undivided cell containing graphite (cathode) and aluminium (anode) electrodes. The products of electrochemical reduction are benzyl alcohol and p-methyl benzyl alcohol. They are characterised by by melting and boiling points. The yields of alcohol depends upon the kind of dichalcogenides compounds. The reduction is carried out in atmosphere of nitrogen. p-methyl benzaldehyde on reduction gives p-methyl benzyl alcohol. Identify X in the following reaction CH _(3) - CH = CH - CHO overset( NaBH ^(4))to'X' is

Reduction OF Organic Compounds by BH3/THF and H2/Ni || Chemical Properties OF Alcohol || Esterification Reaction

Reduction OF Organic Compounds : -1) clemmensen reduction,20 wolf kishner reduction,3)mozingo reduction,4) HI/Redp,5) stephen''''''''s reduction,6)DIBAL-H,7) rosenmund''''''''s reduction,8) reduction OF nitro compounds

Reduction OF Organic Compounds : H2/Ni,Pt,Pd,-rosenmund''s reduction,-birch reduction,-Bh3/Thf reduction