Reaction OF carbonyl compounds with NaHSO3(Sodium Bi Sulphite Test) , H2O/H+ , R-OH/H+, Ammonia Derivative(2,4-DNP Test)

Reaction OF NaHSO3, H-OH, R-OH with Aldyhyde and Ketone, Sodium Bisulphite Test

Reaction OF Carbonyl Compound with Ammonia and Ammonia Derivatives ( i.e 2.4 DNP, Semicarbazide 1' - Amine, Hydrazine etc ) || 2.4 - DNP - Test || Clemensen Reduction

Nucleophilic addition reaction to carbonyl compound |\Addition OF HCN,H2O,H2O,R-OH

Nucleophilic Addition on Carbonyl Compounds : NaCN/HCN-Cyano Hydrin,NaHSo3,NH2-2 (NH2OH,NH2-NH2,NH2NHPh,2,4-DNP), Reaction with Amines

Nucleophilic Addition Reaction Followed By Elimination Of H2o Addition Of Ammonia Derivatives

Chemical Properties OF Carbonyl Compound || Oxidation OF Aldehyde and Ketone * By KMnO4/H(+) or OH(-) or K2Cr2O7/H(+) || Oxidation by H2CrO4 ||Oxidation OF Unsymmetrical Ketones(PopOFf's Rule) - POC OF Carbonyl Compounds (1) Addition OF NaHSO3 (2) 2,4- DN

Reaction OF Alkenes and Alkynes by KMno4, OH and H2o Cold and Hot both OSo4, OH, H2O

An aromatic compound X with molecular formula C_(9)H_(10)O gives following chemical tests: (i) Form 2,4-DNP derivative (ii) Reduces Tollen's reagent (iii) undergoes Cannizzaro's reaction (iv) On vigorous oxidation 1, 2-Benzene dicarboxylic acid is obtained The compound X is ,