Match the reaction given in Column I with the corresponding name of the reaction given in Column II.

Column-I		Column-II
(a)	C6H5CHO + NaOH ⟶ C6H5COOH + C6H5CH2OH	(i)	Rosenmund reduction
(b)	\(\small(C_{6}H_{6} \ + \ CH_{3}Cl \ \xrightarrow[]{Anhyd.AlCl_{3}} C_{6}H_{5}CH_{3}\)	(ii)	Kolbe's reaction
(c)	\(\mathrm{RCOCl}+\mathrm{H}_2 \ \xrightarrow[]{Pd/BaSO_{4}} \ \text { RCHO }\)	(iii)	Claisen reaction
(d)	C6H5OH + NaOH + CO2 \(\xrightarrow[2. \ H^{+}]{1. \ Heat}\) Salicylic acid	(iv)	Cannizzaro reaction
		(v)	Friedel-Craft's reaction

The correct match is:

Options:	(a)	(b)	(c)	(d)
1.	iv	v	i	ii
2.	v	i	ii	iii
3.	v	iii	ii	i
4.	iv	ii	iii	i-

The most reactive compound among the following toward nucleophilic addition reaction is:

1.		2.
3.		4.

In the above reaction, the structure of ‘A’ and the type of isomerism shown in the final product are, respectively,: 

In the following reaction, product 'P' is:

1. RCOOH

2. RCHO

3. RCH₃

4. RCH₂OH

An acid that forms an anhydride (X) on heating and an acid imide (Y) on strong heating with ammonia is:

1.		2.
3.		4.

The reactant 'A' in the below-mentioned reaction is:
 

 A yellow precipitate with iodine and alkali is given by:

(i).  Methyl acetate

(ii).  Acetamide

(iii).  2-Hydroxypropane

(iv).  Acetophenone

1. (i), and (ii)
2. (ii), and (iii)
3. (iii), and (iv)
4. (iv), and (i)

Consider the following reaction:

The product 'A' is:

1. $C_6{H}_{5}OH$

2. $C_6{H}_{5}COC{H}_3$

3. $C_6{H}_{5}Cl$

4. $C_6{H}_{5}CHO$

Match the compounds given in List -I with their characteristic reactions given in List -II. Select the correct option.

Options:

Acetaldehyde reacts with semicarbazide to yield the following as a product:

1.	\( {CH_3CH=NHNH_2} ~\)
2.	\({CH_3CH=NCONHNH_2}~~~\)
3.	\({CH_3CH=NNH-CO-NH_2}~~~~~\)
4.