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Match the following regarding nature of ...

Match the following regarding nature of the oxides
`{:("Column-I" , " ""Column- II"),(a.H_(2)O, "(i)Basic"),(b.Na_(2)O,"(ii)Amphoteric"),(C.ZnO,"(iii) Acidic"),(d. SO_(3),"(iv) Neutral"):}`

A

a(ii) , b(i) , c(ii) , d(iv)

B

a(iv) , b(i) , c(ii) , d(ii)

C

a(iv) , b(i) , c(ii) , d(iii)

D

a(ii) , b(i) , c(iv) d(iii)

Text Solution

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The correct Answer is:
To solve the problem of matching the oxides with their nature, we can follow these steps: ### Step-by-Step Solution: 1. **Identify the Oxides**: We have four oxides to consider: - (a) H₂O - (b) Na₂O - (c) ZnO - (d) SO₃ 2. **Determine the Nature of Each Oxide**: - **H₂O (Water)**: Water is a neutral oxide. It does not react with acids or bases. - **Na₂O (Sodium Oxide)**: Sodium oxide is a basic oxide. It is formed from a metal (sodium) and reacts with acids to form salts and water. - **ZnO (Zinc Oxide)**: Zinc oxide is amphoteric. It can react with both acids and bases, showing properties of both. - **SO₃ (Sulfur Trioxide)**: Sulfur trioxide is an acidic oxide. It is formed from a non-metal (sulfur) and reacts with water to form sulfuric acid. 3. **Match Each Oxide with Its Nature**: - H₂O → (iv) Neutral - Na₂O → (i) Basic - ZnO → (ii) Amphoteric - SO₃ → (iii) Acidic 4. **Final Matching**: - (a) H₂O → (iv) Neutral - (b) Na₂O → (i) Basic - (c) ZnO → (ii) Amphoteric - (d) SO₃ → (iii) Acidic ### Summary of the Matches: - a → iv (H₂O → Neutral) - b → i (Na₂O → Basic) - c → ii (ZnO → Amphoteric) - d → iii (SO₃ → Acidic)
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