Match each of the compounds in column I with its characteristic reaction (s) in column II. Column I Column II (A) CH3CH2CH2CN (p) Reduction with Pd-C/H2 (B) CH3CH2OCOCH3 (q) Reduction with SnCl2/HCl (C) CH3- CH = CH - CH2OH (r) Development of foul smell (D) CH3CH2CH2CH2NH2 (s) Reduction with disobutyl aluminium hydride (DIBAL-H) (t) Alkaline hydrolysis The correct option is

Question

Match each of the compounds in column I with its characteristic reaction (s) in column II. Column I Column II (A) CH3CH2CH2CN (p) Reduction with Pd-C/H2 (B) CH3CH2OCOCH3 (q) Reduction with SnCl2/HCl (C) CH3- CH = CH - CH2OH (r) Development of foul smell (D) CH3CH2CH2CH2NH2 (s) Reduction with disobutyl aluminium hydride (DIBAL-H) (t) Alkaline hydrolysis The correct option is (A) A → (p,q,s,t); B → (p,s,t); C → (r); D → (p) (B) A → (p,q,s,t); B → (p,s,t); C (p,r); D → (r) (C) A → (p,q,t); B → (p,s,t) ; C → (r); D → (p) (D) A → (p,q,s,t); B → (p,s,t); C → (p); D → (r)

Tardigrade Admin · Accepted Answer

Correct answer is (d) A → (p,q,s,t); B → (p,s,t); C → (p); D → (r)

$A \to (p, q, s, t); B \to (p, s, t); C \to (r); D \to (p)$

$A \to (p, q, s, t); B \to (p, s, t); C (p, r); D \to (r)$

$A \to (p, q, t); B \to (p, s, t); C \to (r); D \to (p)$

$A \to (p, q, s, t); B \to (p, s, t); C \to (p); D \to (r)$

Correct answer is (d) $A \to (p, q, s, t); B \to (p, s, t); C \to (p); D \to (r)$

Column I		Column II
(A)	$C H_{3} C H_{2} C H_{2} CN$	(p)	Reduction with $P d - C / H_{2}$
(B)	$C H_{3} C H_{2} OCOC H_{3}$	(q)	Reduction with $S n C l_{2} / H Cl$
(C)	$C H_{3} - C H = C H - C H_{2} O H$	(r)	Development of foul smell
(D)	$C H_{3} C H_{2} C H_{2} C H_{2} N H_{2}$	(s)	Reduction with disobutyl aluminium hydride $(D I B A L - H)$
		(t)	Alkaline hydrolysis

A→(p,q,s,t);B→(p,s,t);C→(r);D→(p)

A→(p,q,s,t);B→(p,s,t);C(p,r);D→(r)

A→(p,q,t);B→(p,s,t);C→(r);D→(p)

A→(p,q,s,t);B→(p,s,t);C→(p);D→(r)

Correct answer is (d) A→(p,q,s,t);B→(p,s,t);C→(p);D→(r)

$A \to (p, q, s, t); B \to (p, s, t); C \to (r); D \to (p)$

$A \to (p, q, s, t); B \to (p, s, t); C (p, r); D \to (r)$

$A \to (p, q, t); B \to (p, s, t); C \to (r); D \to (p)$

$A \to (p, q, s, t); B \to (p, s, t); C \to (p); D \to (r)$

Correct answer is (d) $A \to (p, q, s, t); B \to (p, s, t); C \to (p); D \to (r)$