The reaction intermediate produce by homolytic cleavage of bond is called,

Organic reactions take place through the formations of reactive carbon intermediates formed by cleavage of covalent bonds. Formation of these intermediates depends upon the dissociation energies of covalent bonds. 1. Which is not the intermediate formed by cleavage of covalent bonds.

Organic reactions take place through the formations of reactive carbon intermediates formed by cleavage of covalent bonds. Formation of these intermediates depends upon the dissociation energies of covalent bonds. In which cases, free radicals can be formed by homolytic fission ?

Organic reactions take place through the formations of reactive carbon intermediates formed by cleavage of covalent bonds. Formation of these intermediates depends upon the dissociation energies of covalent bonds. Which is most stable carbocation ?

The heterolytic cleavage of a C-Cl bond produces

Organic reactions take place through the formations of reactive carbon intermediates formed by cleavage of covalent bonds. Formation of these intermediates depends upon the dissociation energies of covalent bonds. 2. In which cases free energy may decrease, if there can· be some intramolecular rearrangement ?

Organic reactions take place through the formations of reactive carbon intermediates formed by cleavage of covalent bonds. Formation of these intermediates depends upon the dissociation energies of covalent bonds. When a methyl radical is formed from CH_(3)Cl , select the incorrect statement.

Organic reactions take place through the formations of reactive carbon intermediates formed by cleavage of covalent bonds. Formation of these intermediates depends upon the dissociation energies of covalent bonds. Consider the following transformations Carbon species formed in A, B and C are respectively

Organic reactions take place through the formations of reactive carbon intermediates formed by cleavage of covalent bonds. Formation of these intermediates depends upon the dissociation energies of covalent bonds. 3. In the following diagram, stability of different radicals have been represented. These can be Match the potential curve with free radical