Question

1. Compound undergoing heterolytic bond cleavage will lead to formation of which chemical species ? (A) Anion (B) Cation ( Both (A) and (B) (D) None of the above​

Answer 1

Answer:

CORRECT OPTION IS A B C D

Explanation:

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Answer 2

(D) None of the above compounds undergoing heterolytic bond cleavage will lead to the formation of which chemical species

Explanation:

• The connection breaks in such a way that the actually the originally shared electrons stay with one of the pieces in heterolytic cleavage, also known as heterolysis.
• As a result, one fragment acquires an electron since it has both bonding electrons, whereas the other segment loses an electron. This is also referred to as ionic fission.
• The energy necessary for heterolytic dissociation is indeed the singlet stimulation energy of such a sigma bond; however, because of the Coulombic interactions between two ion segments.