Match the terms of Column I with Column II and choose the correct option from the codes given below. Column I (Definition) Column II (Type of compounds) A Compounds containing carbon atoms joined in the form of a ring. 1 Homocyclic compounds B When atoms other than carbon atoms are present in the ring 2 Non-benzenoid compound C Benzene and other related ring compounds 3 Heterocyclic compound D Compounds which do not contain benzene ring but aromatic in nature. 4 Benzenoid compound

Question

Match the terms of Column I with Column II and choose the correct option from the codes given below. Column I (Definition) Column II (Type of compounds) A Compounds containing carbon atoms joined in the form of a ring. 1 Homocyclic compounds B When atoms other than carbon atoms are present in the ring 2 Non-benzenoid compound C Benzene and other related ring compounds 3 Heterocyclic compound D Compounds which do not contain benzene ring but aromatic in nature. 4 Benzenoid compound (A) A - (1), B - (3), C - (4), D - (2) (B) A - (1), B -(2), C - (3), D - (4)  (C) A - (4), B - (3), C - (2), D - (1) (D) A - (3), B - (1), C - (2), D - (4)

Tardigrade Admin · Accepted Answer

Correct answer is (a) A - (1), B - (3), C - (4), D - (2)

$A - (1), B - (3), C - (4), D - (2)$

$A - (1), B - (2), C - (3), D - (4)$

$A - (4), B - (3), C - (2), D - (1)$

$A - (3), B - (1), C - (2), D - (4)$

Correct answer is (a) $A - (1), B - (3), C - (4), D - (2)$

Column I (Definition)		Column II (Type of compounds)
A	Compounds containing carbon atoms joined in the form of a ring.	1	Homocyclic compounds
B	When atoms other than carbon atoms are present in the ring	2	Non-benzenoid compound
C	Benzene and other related ring compounds	3	Heterocyclic compound
D	Compounds which do not contain benzene ring but aromatic in nature.	4	Benzenoid compound

A−(1),B−(3),C−(4),D−(2)

A−(1),B−(2),C−(3),D−(4)

A−(4),B−(3),C−(2),D−(1)

A−(3),B−(1),C−(2),D−(4)

Correct answer is (a) A−(1),B−(3),C−(4),D−(2)

$A - (1), B - (3), C - (4), D - (2)$

$A - (1), B - (2), C - (3), D - (4)$

$A - (4), B - (3), C - (2), D - (1)$

$A - (3), B - (1), C - (2), D - (4)$

Correct answer is (a) $A - (1), B - (3), C - (4), D - (2)$