Match the column -
`{:("ColumnI",,,,"ColumnII"),((a)N_(2)O,,,,(P)"Normal Oxide"),((b)Na_(2)O,,,,(Q)"Neutral Oxide"),((c)Ga_(2)O_(3),,,,(R)"Sub Oxide"),((d)C_(3)O_(2),,,,(S)"Basic Oxide"),((e)V_(3)O_(4),,,,(T)"Amphoteric Oxide"),(,,,,(U)"Mixed Oxide"):}`

Options

A. `(a)-Q(b)-P,S(c)-R(d)-T,(e)-U`
B. `(a)-Q(b)-P,S(c)-T(d)-R,(e)-U`
C. `(a)-R,P(b)-Q,S(c)-U,(d)-T,(e)-R`
D. `(a)-R,Q(b)-R,S(c)-T(d)-U,(e)-R`

Answer

To solve the matching question, we will analyze each oxide in Column I and determine its corresponding type in Column II based on the characteristics of the oxides.

### Step-by-Step Solution:

1. **Identify N₂O (Nitrous Oxide)**:
- N₂O is known as a neutral oxide because it does not react with acids or bases.
- **Match**: (a) N₂O → (Q) Neutral Oxide.

2. **Identify Na₂O (Sodium Oxide)**:
- Na₂O is a basic oxide. It is formed from a metal (sodium) reacting with oxygen.
- **Match**: (b) Na₂O → (S) Basic Oxide.

3. **Identify Ga₂O₃ (Gallium Oxide)**:
- Ga₂O₃ is an amphoteric oxide. It can react with both acids and bases.
- **Match**: (c) Ga₂O₃ → (T) Amphoteric Oxide.

4. **Identify C₃O₂ (Carbon Suboxide)**:
- C₃O₂ is classified as a suboxide because it has a lower ratio of oxygen compared to typical oxides.
- **Match**: (d) C₃O₂ → (R) Sub Oxide.

5. **Identify V₃O₄ (Vanadium Oxide)**:
- V₃O₄ is a mixed oxide because it can decompose into two different oxides.
- **Match**: (e) V₃O₄ → (U) Mixed Oxide.

### Final Matches:
- (a) N₂O → (Q) Neutral Oxide
- (b) Na₂O → (S) Basic Oxide
- (c) Ga₂O₃ → (T) Amphoteric Oxide
- (d) C₃O₂ → (R) Sub Oxide
- (e) V₃O₄ → (U) Mixed Oxide

### Summary of Matches:
- A → Q
- B → S
- C → T
- D → R
- E → U