Home
Class 11
CHEMISTRY
The cleavage of a covalent bond between ...

The cleavage of a covalent bond between two atoms of a reactant in organic reaction can occur in

A

two ways

B

three ways

C

four ways

D

just one way

Text Solution

Verified by Experts

The correct Answer is:
A
A covalent bond can get cleaved either by (i) het-erolytic cleavage or by (ii) homolytic cleavage.
Promotional Banner

Topper's Solved these Questions

  • GENERAL ORGANIC CHEMISTRY

    R SHARMA|Exercise Follow up test 2|8 Videos

  • GENERAL ORGANIC CHEMISTRY

    R SHARMA|Exercise Follow-up test 3|9 Videos

  • GENERAL ORGANIC CHEMISTRY

    R SHARMA|Exercise Archives|36 Videos

  • EQUILIBRIUM

    R SHARMA|Exercise ARCHIVES|69 Videos

  • ISOMERISM

    R SHARMA|Exercise Archives|11 Videos

Similar Questions

Explore conceptually related problems

For a covalent bond to form between two atoms A and B.

Passage Organic compounds mainly consist of covalent bonds. The electron pair in these covalent bonds may undergo displacement either of their own or under the influence of other species. The cleavage of covalent bond between two atoms takes place in homolytic or heterolytic fashion. The homolytic fission results into free radicals while heterolytic fission results into carbocations and carbanions. These are also called reaction intermediates and are attacked by electrophiles and nucleophiles. The electrophiles seek electron rich sites while nucleophiles seek electron deficient sites. Answer the followings Questions : The hybridisation state of carbon in the carbocation C_6 H_5 CH_(2)^(+) is

Passage Organic compounds mainly consist of covalent bonds. The electron pair in these covalent bonds may undergo displacement either of their own or under the influence of other species. The cleavage of covalent bond between two atoms takes place in homolytic or heterolytic fashion. The homolytic fission results into free radicals while heterolytic fission results into carbocations and carbanions. These are also called reaction intermediates and are attacked by electrophiles and nucleophiles. The electrophiles seek electron rich sites while nucleophiles seek electron deficient sites. Answer the followings Questions : Diazomethane decomposes in the presence of light to give

Passage Organic compounds mainly consist of covalent bonds. The electron pair in these covalent bonds may undergo displacement either of their own or under the influence of other species. The cleavage of covalent bond between two atoms takes place in homolytic or heterolytic fashion. The homolytic fission results into free radicals while heterolytic fission results into carbocations and carbanions. These are also called reaction intermediates and are attacked by electrophiles and nucleophiles. The electrophiles seek electron rich sites while nucleophiles seek electron deficient sites. Answer the followings Questions : Which of the following is the most stable cation ?

Passage Organic compounds mainly consist of covalent bonds. The electron pair in these covalent bonds may undergo displacement either of their own or under the influence of other species. The cleavage of covalent bond between two atoms takes place in homolytic or heterolytic fashion. The homolytic fission results into free radicals while heterolytic fission results into carbocations and carbanions. These are also called reaction intermediates and are attacked by electrophiles and nucleophiles. The electrophiles seek electron rich sites while nucleophiles seek electron deficient sites. Answer the followings Questions : The most stable carbanion among the following is

Passage Organic compounds mainly consist of covalent bonds. The electron pair in these covalent bonds may undergo displacement either of their own or under the influence of other species. The cleavage of covalent bond between two atoms takes place in homolytic or heterolytic fashion. The homolytic fission results into free radicals while heterolytic fission results into carbocations and carbanions. These are also called reaction intermediates and are attacked by electrophiles and nucleophiles. The electrophiles seek electron rich sites while nucleophiles seek electron deficient sites. Answer the followings Questions : The most stable free radical among the following is

Passage Organic compounds mainly consist of covalent bonds. The electron pair in these covalent bonds may undergo displacement either of their own or under the influence of other species. The cleavage of covalent bond between two atoms takes place in homolytic or heterolytic fashion. The homolytic fission results into free radicals while heterolytic fission results into carbocations and carbanions. These are also called reaction intermediates and are attacked by electrophiles and nucleophiles. The electrophiles seek electron rich sites while nucleophiles seek electron deficient sites. Answer the followings Questions : The most stable carbocation is :