Match column-I with column-II and select the correct option using the given codes.
`{:("Column-I ",,"Column-II"),("P. A metal that forms two types of oxides",,"(i) Cu "),("Q. A metal used in hot water appartus",,"(ii) Ag "),("R. A metal which can displace hydrogen from steam only",,"(iii) Fe"),("S. A metal that does not react with air even at high temperature",,"(iv) Zn"):}`

Options

A. P-(ii), Q-(i), R-(iii), S-(iv)
B. P-(iii), Q-(i), R-(iii), S-(iv), S-(ii)
C. P-(iv), Q-(ii), R-(iii), S-(i)
D. P-(iii), Q-(ii), R-(i), S-(iv), (ii)

Explanation

To solve the problem of matching Column-I with Column-II, we need to analyze each statement in Column-I and find the corresponding metal in Column-II.

### Step-by-Step Solution:

1. **Identify the metal that forms two types of oxides (P)**:
- The metals that typically form two types of oxides are Iron (Fe). Iron can form FeO (Iron(II) oxide) and Fe2O3 (Iron(III) oxide).
- **Match**: P → (iii) Fe

2. **Identify the metal used in hot water apparatus (Q)**:
- Copper (Cu) is commonly used in hot water apparatus due to its excellent thermal conductivity.
- **Match**: Q → (i) Cu

3. **Identify the metal that can displace hydrogen from steam (R)**:
- Metals like Zinc (Zn) and Iron (Fe) can displace hydrogen from steam. However, since Fe has already been matched with P, we will consider Zinc.
- **Match**: R → (iv) Zn

4. **Identify the metal that does not react with air even at high temperature (S)**:
- Silver (Ag) is known for its resistance to oxidation and does not react with air even at high temperatures.
- **Match**: S → (ii) Ag

### Final Matching:
- P → (iii) Fe
- Q → (i) Cu
- R → (iv) Zn
- S → (ii) Ag

### Conclusion:
The correct matches are:
- P - (iii)
- Q - (i)
- R - (iv)
- S - (ii)