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Allylisocyanidehas : (a) 9s and 4p bonds (b) 8s and 5p bonds (c) 9s, 3p and 2 non – bonded electrons (d) 8s, 3p and 4 non – bonded electrons

Allylisocyanidehas :
(a) 9s and 4p bonds
(b) 8s and 5p bonds
(c) 9s, 3p and 2 non – bonded electrons
(d) 8s, 3p and 4 non – bonded electrons

Grade:11

1 Answers

Kevin Nash
askIITians Faculty 332 Points
7 years ago

(b) NOTE: A compound which consists of at least one asymmetric carbon atom is capable of showing the phenomenon of optical isomerism.

The structure cannot show geometrical isomerism as one of the carbons along the double bond has identical group (methyl). Tautomerism is not possible because of the absence of –CO, group. It shows optical isomerism because it has chiral C atom with four different groups, H, CH3, COOH and (CH3)2 C = CH.

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