Most Popular
Newest
Oldest
A-Z
Z-A
Chemistry - Science
Reaction of alkene with hydrogen halide (H-Cl or H-Br).The mechanism reaction steps involve formation of carbocation and formation of haloalkane.
Alcohols react with concentrated, strong acids in the presence of heat to form alkenes and water.
Its mechanism reaction involves the step of protonation alcohol, formation carbocation and formation double bond.
Complete the worksheet
اختبار
exam
Bimolecular Nucleophilic Substitution Rate. Involved two species (RX and Nu-). Rate = k[RX][Nu-] Second order reaction Reaction mechanism: One step. Methyl halide and primary haloalkane with less steric effect more reactive towards SN2.
Reaction of alkene with acidified water.
Its mechanism steps involves formation of carbocation, addition of water to carbocation and formation of alcohol.
Follow the instructions in the lesson
Kas dan Nonkas
Type of Reaction : Electrophilic Aromatic Substitution Reaction Reagent : R-Cl in the presence of Lewis acid catalyst, AlCl3 Conditions : Room temperature. Electrophilic species : Carbocation (the rearrangement of carbocation to form more stable carbocation is possible)
Type of Reaction : Electrophilic Aromatic Substitution Reaction Reagent : Concentrated HNO3 in concentrated H2SO4 (as catalyst) Conditions : Heat (50-55 degree C) Electrophilic species : Nitronium ion, NO2+