Match each of the reactions given in Column -I with the corresponding product-s- given in Column -II- - amp- Column-I amp- amp- Column-II- A- amp- Cu - dil-HNO-3 amp- p- amp- NO- B- amp- -Cu - conc-HNO-3 amp- q- amp- NO-2- C- amp- -Zn - dil-HNO-3 amp- r- amp- N-2O- D- amp- Zn - conc-HNO-3 amp- s- amp- Cu-NO-3-2- amp- amp- t- amp- Zn-NO-3-2- -A- - p- s- B- - q- s- C- r- t- D- q- t-A- - r- s- B- - q- s- C- p- t- D- q- t-A- - p- s- B- - q- s- C- p- t- D- q- t-A- - r- s- B- - q- s- C- r- t- D- q- t-

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Byju's Answer

Standard IX

Chemistry

Nitric Acid

Match each of...

Question

Match each of the reactions given in $C o l u m n I$ with the corresponding product(s) given in $C o l u m n I I$ .
$\begin{matrix} C o l u m n I & C o l u m n I I A . & C u + d i l . H N O_{3} & p . & N O B . & C u + c o n c . H N O_{3} & q . & N O_{2} C . & Z n + d i l . H N O_{3} & r . & N_{2} O D . & Z n + c o n c . H N O_{3} & s . & C u (N O_{3})_{2} t . & Z n (N O_{3})_{2} \end{matrix}$

⟶

r, s; B.

⟶

q, s; C.

⟶

p, t; D.

⟶

q, t;

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⟶

r, s; B.

⟶

q, s; C.

⟶

r, t; D.

⟶

q, t;

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⟶

p, s; B.

⟶

q, s; C.

⟶

p, t; D.

⟶

q, t;

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⟶

p, s; B.

⟶

q, s; C.

⟶

r, t; D.

⟶

q, t;

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Solution

The correct option is D A. $⟶$ p, s; B. $⟶$ q, s; C. $⟶$ r, t; D. $⟶$ q, t;
$3 C u + d i l . 8 H N O_{3} ⟶ 3 C u (N O_{3})_{2} + 2 N O + 4 H_{2} O$

$C u + c o n c . 4 H N O_{3} ⟶ C u (N O_{3})_{2} + 2 N O_{2} + 2 H_{2} O$

$4 Z n + d i l . 10 H N O_{3} ⟶ 4 Z n (N O_{3})_{2} + N_{2} O + 5 H_{2} O$

$Z n + c o n c . 4 H N O_{3} ⟶ Z n (N O_{3})_{2} + 2 N O_{2} + 2 H_{2} O$

A. $⟶$ p, s;
B. $⟶$ q, s;
C. $⟶$ r, t;
D. $⟶$ q, t;

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Similar questions

Q. Match each of the reactions given in

C o l u m n I

with the corresponding product(s) given in

C o l u m n I I

\begin{matrix} C o l u m n I & C o l u m n I I A . & C u + d i l . H N O_{3} & p . & N O B . & C u + c o n c . H N O_{3} & q . & N O_{2} C . & Z n + d i l . H N O_{3} & r . & N_{2} O D . & Z n + c o n c . H N O_{3} & s . & C u (N O_{3})_{2} t . & Z n (N O_{3})_{2} \end{matrix}

Q. Match each of the reactions given in

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with the corresponding product(s) given in

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\begin{matrix} C o l u m n I & C o l u m n I I A . & C u + d i l . H N O_{3} & p . & N O B . & C u + c o n c . H N O_{3} & q . & N O_{2} C . & Z n + d i l . H N O_{3} & r . & N_{2} O D . & Z n + c o n c . H N O_{3} & s . & C u (N O_{3})_{2} t . & Z n (N O_{3})_{2} \end{matrix}

Q. Match each of the reactions given in Column I with the corresponding product(s) given in Column II.

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Q. Match Column-I with Column-II:

\begin{matrix} Column-I & Column-II a. {[N i (C N)_{4}]}_{4}^{2 -} & p. d^{2} s p^{3} b. [N i (C O)_{4}] & q. s p^{3} d^{2} c. {[C o (e n)_{3}]}_{3}^{3 +} & r. d s p^{2} d. {[C o (B r)_{3} C l_{3}]}_{3}^{3 -} & s. s p^{3} t. Inner orbital complex u. Outer orbital complex \end{matrix}

Match the thermodynamic processes given below:

$\begin{matrix} Column I & Column II A. Freezing of water at 273K and 1 atm & p. q=0 B. Expansion of 1 mole of an ideal gas into a vacuum under isolated conditions & q. W=0 C. Mixing of equal volumes of two ideal gases at constant temperature and pressure in an isolated container & r. ΔSsys<0 D. Reversible heating of H2(g) at 1 atm from 300 K to 600K, followed by reversible cooling to 300K at 1 atm & s. ΔU=0 t. ΔG=0 \end{matrix}$

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Match each of the reactions given in Column I with the corresponding product(s) given in Column II. Column IColumn IIA.Cu+dil.HNO3p.NOB.Cu+conc.HNO3q.NO2C.Zn+dil.HNO3r.N2OD.Zn+conc.HNO3s.Cu(NO3)2t.Zn(NO3)2

The correct option is D A. ⟶ p, s; B. ⟶ q, s; C. ⟶ r, t; D. ⟶ q, t;3Cu+dil. 8HNO3⟶3Cu(NO3)2+2NO+4H2O Cu+conc. 4HNO3⟶Cu(NO3)2+2NO2+2H2O 4Zn+dil. 10HNO3⟶4Zn(NO3)2+N2O+5H2O Zn+conc. 4HNO3⟶Zn(NO3)2+2NO2+2H2O A. ⟶ p, s; B. ⟶ q, s; C. ⟶ r, t; D. ⟶ q, t;