Reaction OF Grignard Reagent with Carbonyl Compound, Alkyl Halide, Cyclic Ether( Epoxide ), Nitrile and Cyanide, Co2, So3 and Cs2

Reaction OF Grignard reagent with- (1) Carbonyl compound (2) Alkyl halide (3) Cydic ether(epoxide) (4) Nitrile/cynide (5) CO2, SO3 and CS2

Reduction OF Alkene, Alkyne, Carbonyl Compound, Carboxylic Acid Derivatives Amine, Nitrile, Cassiterite by H2 and Catalyst

Reaction OF GR with Carboxylic Acid, Acid Halide Ester, Amide, O2, S, Pcl2, Pcl4 α-β-Unsaturated, Carbonyl Compounds || 1-2-addition vs 1-4-Addition in αβ-Unsaturated Carbonyl Compounds ||Direct Addition vs Conjugate Addition in αβ-Unsaturated Carbonyl Compounds

Explain the mechanism of the following reactions : (i) Addition of Grignard reagent to a carbonyl compound forming an adduct followed by hydrolysis. (ii) Acid catalysed dehydration of alcohol forming an alkene. (iii) Acid catalysed hydration of an alkene forming an alcohol.

The reaction of an aromatic halogen compound with an alkyl halide in presence of sodium and ether is called

When alkyl halid reaction with moist Ag_2 O it gives

Reaction Mechanism : grignard reagent, (reaction with epoxides, sn2 reaction on reaction with alkyl halides, reaction with alkyl cyanides