The correct sequence of correct reagents for the following transformation is :-

Question

The correct sequence of correct reagents for the following transformation is :- (A) (i) Fe , HCl (ii) Cl 2, HCl, (iii) NaNO 2, HCl , 0° C (iv) H 2 O / H + (B) (i) Fe , HCl (ii) NaNO 2, HCl , 0° C (iii) H 2 O / H + (iv) Cl 2, FeCl 3 (C) (i) Cl 2, FeCl 3 (ii) Fe , HCl (iii) NaNO 2, HCl , 0° C (iv) H 2 O / H + (D) (i) Cl 2, FeCl 3 (ii) NaNO 2, HCl , 0° C (iii) Fe , HCl (iv) H 2 O / H +

Tardigrade Admin · Accepted Answer

Correct answer is (c) (i) Cl 2, FeCl 3 (ii) Fe , HCl (iii) NaNO 2, HCl , 0° C (iv) H 2 O / H +

Q. The correct sequence of correct reagents for the following transformation is :-

(i) $F e, H Cl$
(ii) $C l_{2}, H Cl$ ,
(iii) $N a N O_{2}, H Cl, 0^{\circ} C$
(iv) $H_{2} O / H^{+}$

(i) $F e, H Cl$
(ii) $N a N O_{2}, H Cl, 0^{\circ} C$
(iii) $H_{2} O / H^{+}$
(iv) $C l_{2}, F e C l_{3}$

(i) $C l_{2}, F e C l_{3}$
(ii) $F e, H Cl$
(iii) $N a N O_{2}, H Cl, 0^{\circ} C$
(iv) $H_{2} O / H^{+}$

(i) $C l_{2}, F e C l_{3}$
(ii) $N a N O_{2}, H Cl, 0^{\circ} C$
(iii) $F e, H Cl$
(iv) $H_{2} O / H^{+}$

Correct answer is (c) (i) $C l_{2}, F e C l_{3}$
(ii) $F e, H Cl$
(iii) $N a N O_{2}, H Cl, 0^{\circ} C$
(iv) $H_{2} O / H^{+}$

Q. The correct sequence of correct reagents for the following transformation is :-

(i) Fe,HCl (ii) Cl2​,HCl, (iii) NaNO2​,HCl,0∘C (iv) H2​O/H+

(i) Fe,HCl (ii) NaNO2​,HCl,0∘C (iii) H2​O/H+ (iv) Cl2​,FeCl3​

(i) Cl2​,FeCl3​ (ii) Fe,HCl (iii) NaNO2​,HCl,0∘C (iv) H2​O/H+

(i) Cl2​,FeCl3​ (ii) NaNO2​,HCl,0∘C (iii) Fe,HCl (iv) H2​O/H+

Correct answer is (c) (i) Cl2​,FeCl3​ (ii) Fe,HCl (iii) NaNO2​,HCl,0∘C (iv) H2​O/H+

(i) $F e, H Cl$
(ii) $C l_{2}, H Cl$ ,
(iii) $N a N O_{2}, H Cl, 0^{\circ} C$
(iv) $H_{2} O / H^{+}$

(i) $F e, H Cl$
(ii) $N a N O_{2}, H Cl, 0^{\circ} C$
(iii) $H_{2} O / H^{+}$
(iv) $C l_{2}, F e C l_{3}$

(i) $C l_{2}, F e C l_{3}$
(ii) $F e, H Cl$
(iii) $N a N O_{2}, H Cl, 0^{\circ} C$
(iv) $H_{2} O / H^{+}$

(i) $C l_{2}, F e C l_{3}$
(ii) $N a N O_{2}, H Cl, 0^{\circ} C$
(iii) $F e, H Cl$
(iv) $H_{2} O / H^{+}$

Correct answer is (c) (i) $C l_{2}, F e C l_{3}$
(ii) $F e, H Cl$
(iii) $N a N O_{2}, H Cl, 0^{\circ} C$
(iv) $H_{2} O / H^{+}$