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Match the following regarding nature of ...

Match the following regarding nature of the oxides
`{:("Column-I","ColumnII"),(a.N_(2)O,(i)"Basic"),(b.BaO,(ii)"Amphoteric"),(c.As_(2)O_(3),(iii)"Acidic"),(d.Cl_(2)O_(7),(iv)"Neutral"):}`

A

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

B

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

C

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

D

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

Text Solution

AI Generated Solution

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 and Their Nature:** - We have four oxides: N₂O, BaO, As₂O₃, and Cl₂O₇. - We need to determine the nature of each oxide: whether they are basic, amphoteric, acidic, or neutral. 2. **Analyze Each Oxide:** - **N₂O (Dinitrogen monoxide):** - This is a neutral oxide. Neutral oxides do not react with acids or bases. - **Match:** N₂O → (iv) Neutral - **BaO (Barium oxide):** - Barium is an alkaline earth metal, and its oxide is basic in nature. - **Match:** BaO → (i) Basic - **As₂O₃ (Arsenic trioxide):** - Arsenic is a metalloid, and its oxide can react with both acids and bases, making it amphoteric. - **Match:** As₂O₃ → (ii) Amphoteric - **Cl₂O₇ (Dichlorine heptoxide):** - Chlorine is a non-metal, and its oxides are typically acidic. - **Match:** Cl₂O₇ → (iii) Acidic 3. **Final Matching:** - Based on the analysis: - (a) N₂O → (iv) Neutral - (b) BaO → (i) Basic - (c) As₂O₃ → (ii) Amphoteric - (d) Cl₂O₇ → (iii) Acidic 4. **Conclusion:** - The final matches are: - a - iv - b - i - c - ii - d - iii ### Summary of Matches: - (a) N₂O → (iv) Neutral - (b) BaO → (i) Basic - (c) As₂O₃ → (ii) Amphoteric - (d) Cl₂O₇ → (iii) Acidic
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