Column I Column II A Nascent hydrogen p Permutit B Hard water q Used as tracer in the study of reaction mechanism C Hydrogen peroxide r Reduces FeCl 3 to FeCl 2 D Heavy Water s Reduces Cr 2 O 72- to Cr 3+ t Reduces nitrobenzene to aniline for above column matching how many given matchings are correct. (A)-(r, s, t) ;(B)-(p) ;(C)-(r, s, t) ;(D)-(q)

Question

Column I Column II A Nascent hydrogen p Permutit B Hard water q Used as tracer in the study of reaction mechanism C Hydrogen peroxide r Reduces FeCl 3 to FeCl 2 D Heavy Water s Reduces Cr 2 O 72- to Cr 3+ t Reduces nitrobenzene to aniline for above column matching how many given matchings are correct. (A)-(r, s, t) ;(B)-(p) ;(C)-(r, s, t) ;(D)-(q) (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

(A) FeCl 3+[ H ] longrightarrow FeCl 2+ HCl Cr 2 O 7 2-+[ H ] longrightarrow[ Cr 2+]+ H + (B) Hard water purified by permutit method (C) Hydrogen peroxide is used as an oxidizing and also as a reducing agent. (D) Heavy water is used as tracer in the study of reaction mechanism.

Column I		Column II
A	Nascent hydrogen	p	Permutit
B	Hard water	q	Used as tracer in the study of reaction mechanism
C	Hydrogen peroxide	r	Reduces $F e C l_{3}$ to $F e C l_{2}$
D	Heavy Water	s	Reduces $C r_{2} O_{7}^{2 -}$ to $C r^{3 +}$
		t	Reduces nitrobenzene to aniline

(A) FeCl3​+[H]⟶FeCl2​+HCl Cr2​O7​2−+[H]⟶[Cr2+]+H+ (B) Hard water purified by permutit method (C) Hydrogen peroxide is used as an oxidizing and also as a reducing agent. (D) Heavy water is used as tracer in the study of reaction mechanism.

(A) $F e C l_{3} + [H] ⟶ F e C l_{2} + H Cl$
$C r_{2} O_{7}^{2 -} + [H] ⟶ [C r^{2 +}] + H^{+}$
(B) Hard water purified by permutit method
(C) Hydrogen peroxide is used as an oxidizing and also as a reducing agent.
(D) Heavy water is used as tracer in the study of reaction mechanism.