Match the following beginarray 1-I NH - 4- 2 SO - 4 - P - h - sqrt - frac - K - H C II - KCl - Q - P - H -frac12- P - KW - P - Ka -log- c - III - CH - 3 COOK - R - K - H - frac K - w K - a- -times K - b IV - NH - 4- 2 S - H - O bar H -endarray A- I - P - S II - P - S III - P - Q IV - SB- I - P - Q - R II - S - III - P - S IV - P - RC- I - P - R II - S - III - P - Q IV - SD- I - P - II - S - III - P - Q IV - R

The correct option is D I → P, II → S, III → P,Q IV → RConceptual (based on Salt hydrolysis) ...

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Byju's Answer

Standard XII

Chemistry

Covalent Bond vs Ionic Bond

Match the fol...

Question

Match the following
$\begin{matrix} C o l u m n - I - ------------ - & C o l u m n - I I - ------------- - (I) (N H_{4})_{2} S O_{4} & (P) h = \sqrt{\frac{K_{H}}{C}} (I I) K C l & (Q) P^{H} = \frac{1}{2} [P^{K W} + P^{K a} + l o g c] (I I I) C H_{3} C O O K & (R) K_{H} = \frac{K_{w}}{K_{a} \times K_{b}} (I V) (N H_{4})_{2} S & [H^{+}] = [O ¯ H] \end{matrix}$

I \to P, S I I \to P, S I I I \to P, Q I V \to S

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I \to P, I I \to S, I I I \to P, Q I V \to R

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I \to P, Q, R I I \to S, I I I \to P, S I V \to P, R

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I \to P, R I I \to S, I I I \to P, Q I V \to S

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Solution

The correct option is B $I \to P, I I \to S, I I I \to P, Q I V \to R$
Conceptual (based on Salt hydrolysis)

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Similar questions

Match the following

$\begin{matrix} c o l o u m n I & c o l o u m n I I (I) (N H_{4})_{2} S O_{4} & (P) h = \sqrt{\frac{K_{H}}{C}} (I I) K C l & (Q) P^{H} = \frac{1}{2} [p^{K_{w}} + p^{K_{a}} + l o g c] (I I I) (C H_{3}) C O O K & (R) K^{H} = \frac{K_{w}}{K_{a} * K_{b}} (I V) (N H_{4})_{2} S & (S) [H^{+}] = [O H^{-}] \end{matrix}$

Q. Match the following

\begin{matrix} C o l u m n - I & C o l u m n - I I (A) (N H_{4})_{2} S O_{4} & (P) h = \sqrt{\frac{K_{H}}{C}} (B) K C l & (Q) p^{H} = \frac{1}{2} [p^{K_{w}} + p^{K_{a}} + l o g c] (C) C H_{3} C O O K & (R) K_{H} = \frac{K_{w}}{K_{b}} (D) (N H_{4})_{2} S & (S) [H^{+}] = [O H^{-}] (t) p^{H} = \frac{1}{2} [P^{K_{w}} + P^{K_{a}} - P^{K_{b}}] \end{matrix}

\begin{matrix} Column-I & Column-II i) 0.5 mole of S O_{2} (g) & p) Occupies 11.2 L at 1 atm and 273 K ii) 1 g of H_{2} (g) & q) Weighs 24 g iii) 0.5 mole of O_{3} (g) & r) Total atoms = 1.5 \times N_{A} iv) 1 g molecule of O_{2} (g) & s) Weighs 32 g \end{matrix}

Q. Match the following substances with their intermolecular forces:

List-I	List-II
(i) $C H_{4}$	(p) Dispersion Force
(ii) $N C l_{3}$	(q) Hydrogen Bonding
(iii) $C_{4} H_{9} O H$	(r) Dipole-dipole

Q. Match the followings

\begin{matrix} List-I & List-II (I) & Cathode rays & (P) & Helium nuclei (I I) & Alpha particles & (Q) & Uncertainty principle (I I I) & J.J. Thomson & (R) & Electromagnetic radiation (I V) & X-rays & (S) & Plum Pudding Model (T) & Atomic number (U) & Electrons \end{matrix}

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Match the following Column−I––––––––––––––Column−II–––––––––––––––(I) (NH4)2SO4(P) h=√KHC(II) KCl(Q) PH=12[PKW+PKa+log c](III) CH3COOK(R) KH=KwKa×Kb(IV) (NH4)2S[H+]=[O¯H]

The correct option is B I→P, II→S, III→P,Q IV→RConceptual (based on Salt hydrolysis)

The correct option is B $I \to P, I I \to S, I I I \to P, Q I V \to R$
Conceptual (based on Salt hydrolysis)