preparation of alkenes

Dehydrtion of alcohol is unimolecular as well as bimolecular reaction. Dehydration takes place by the use of non volatile acids. The reaction is maily used for the preparation of alkenes. Alkenes can also be prepared by dehalogenation of vic dihalides and dehydro halogenation. Q. Major product of the reaction is

Dehydrtion of alcohol is unimolecular as well as bimolecular reaction. Dehydration takes place by the use of non volatile acids. The reaction is maily used for the preparation of alkenes. Alkenes can also be prepared by dehalogenation of vic dihalides and dehydro halogenation. Q. In the given reaction, the final product is/are: CH_(3)-underset(CH_(3))underset(|)overset(CH_(3))overset(|)(C)-CH_(2)-CH_(2)-CH_(2)OHunderset(Delta)overset(H_(2)SO_(4))to

In preparation of alkene from alcohol using Al_(2)O_(3) , which is the effective factor:

In the preparation of alkene from alcohol using Al_(2)O_(3) , which is effective factor?

|| Method OF preparation OF alkene Part - 3 ||

Method Of Preparations|Question|Kolbe's Electrolytic Method|Physical Properties|Chemical Properties|Halogenation|Mechanism|Combustion|Controlled Oxidation|Isomerisation|Aromatization|Reaction With Steam|Pyrolysis|Structure Of Double Bond|Preparation Of Alkenes|Summary

Addition Reactions | Oxidation Reactions | Substitution Reactions | Polymerisation Reactions of Alkenes and Preparation of Alkynes | Reactions of Alkynes based questions

Addition Reactions | Oxidation Reactions | Substitution Reactions | Polymerisation Reactions of Alkenes and Preparation of Alkynes