Match column I to column II Column I Column II

A. Indole compounds 1. $K i n e t i n$

B. Adenine derivatives 2. $C_{2} H_{4}$

C. Derivatives of carotenoids 3. $I A A$

D. Terpenes 4. $G A_{3}$

E. Gases 5. $A B A$


A. Indole compounds	1. $K i n e t i n$
B. Adenine derivatives	2. $C_{2} H_{4}$
C. Derivatives of carotenoids	3. $I A A$
D. Terpenes	4. $G A_{3}$
E. Gases	5. $A B A$

A-1, B-4, C-5, D-3, E-2

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A-3, B-1, C-5, D-4, E-2

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A-1, B-3, C-5, D-4, E-2

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A-3, B-1, C-4, D-5, E-2

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Solution

The correct option is B A-3, B-1, C-5, D-4, E-2
Plant hormones can be of 5 types.
Indole Compounds - $I A A$
Adenine derivatives - Kinetin
Derivatives of carotenoids - $A B A$
Terpenes - $G A_{3}$
Gases - $C_{2} H_{4}$

Kinetin is a type of cytokinin, a plant hormone. Cytokinin is an adenine derivative. Gibberellic acid is a terpene chemically. Abscisic acid is a plant hormone which is carotenoid derivative. IAA (indoleacetic acid) is an indole compound. It is a plant hormone which acts as a growth promoter. $C_{2} H_{4}$ is ethylene gas which acts as a plant hormone.

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Match column I to column II Column I Column II A. Indole compounds 1. Kinetin B. Adenine derivatives 2. C2H4 C. Derivatives of carotenoids 3. IAA D. Terpenes 4. GA3 E. Gases 5. ABA

Match column I to column II Column I Column II

A. Indole compounds 1. $K i n e t i n$

B. Adenine derivatives 2. $C_{2} H_{4}$

C. Derivatives of carotenoids 3. $I A A$

D. Terpenes 4. $G A_{3}$

E. Gases 5. $A B A$