Question

Homolytic bond fission takes place in
A. Polar covalent bond
B. Non-polar covalent bond
C. Electrovalent bond
D. All of these

Answer 1

Hint- Homolytic splitting is the place every molecule of the bond keeps an electron each subsequent in species called free radicals. Radicals are significant intermediates in natural science.

Complete answer:
Homolytic parting is a splitting where each fortified molecule has an electron with it after parting which brings about species called free radicals. Homolytic splitting is bound to happen when the electrons are shared similarly between the iotas engaged with the parting consequently it specially participates in a nonpolar covalent bond.
Homolytic splitting is a parting wherein each fortified iota has an electron with it after parting which brings about species called free radicals. Homolytic splitting is bound to happen when the electrons are shared similarly between the molecules associated with the splitting henceforth it specially participates in a nonpolar covalent bond.

Hence option B, non-polar covalent bond is the correct answer.

Note- Homolytic fission can be achieved by supplying only a small amount of heat to the molecule. One such example is that the homolytic cleavage of the oxygen-oxygen bonds in peroxides. These intermolecular bonds are fairly weak, implying that they need very small bond dissociation energies. Therefore, this barrier is often overcome with only a little amount of warmth energy.