Match the increasing orders given in column I with the property given in column II
`{:("Column-I","Column-II"),((A)Na^+ ltF^(-) ltO^(2-)ltN^(3-),(p)"Electronegativity"),((B)Li^(+)ltNa^(+)ltK^(+)ltRb^(+)ltCs^(+),(q)"Nuclear charge"),((C )"O S F Cl",(r)"Size"),((D)Cl^(-)ltK^(+)ltCa^(2+)ltSc^(2+),(s)"Electron affinity"),(,(t)"Ionisation energy"):}`

Explanation

To solve the problem of matching the increasing orders from Column I with the properties in Column II, we will analyze each option step by step.

### Step 1: Analyze Column A
**Given Order:** Na⁺ < F^- < O^2- < N^3-

1. **Identify the number of electrons:**
- Na⁺: 11 - 1 = 10 electrons
- F^-: 9 + 1 = 10 electrons
- O^2-: 8 + 2 = 10 electrons
- N^3-: 7 + 3 = 10 electrons

All species are isoelectronic with 10 electrons.

2. **Match with properties:**
- **Electronegativity:** Inversely proportional to negative charge. As we move from left to right, negative charge increases, so electronegativity decreases. **Not a match.**
- **Nuclear charge:** Increases with the number of protons. Na has 11, F has 9, O has 8, N has 7. **Not a match.**
- **Size:** Size increases with negative charge. As we move from left to right, size increases. **Match with Size (R).**
- **Electron affinity:** Inversely proportional to negative charge. As negative charge increases, electron affinity decreases. **Not a match.**
- **Ionization energy:** Inversely proportional to negative charge. As negative charge increases, ionization energy decreases. **Not a match.**

**Conclusion for A:** Matches with **R (Size)**.

### Step 2: Analyze Column B
**Given Order:** Li⁺ < Na⁺ < K⁺ < Rb⁺ < Cs⁺

1. **Properties:**
- **Electronegativity:** Decreases down the group. **Not a match.**
- **Nuclear charge:** Increases down the group. **Match with Nuclear charge (Q).**
- **Size:** Increases down the group. **Match with Size (R).**
- **Electron affinity:** Decreases down the group. **Not a match.**
- **Ionization energy:** Decreases down the group. **Not a match.**

**Conclusion for B:** Matches with **Q (Nuclear charge)** and **R (Size)**.

### Step 3: Analyze Column C
**Given Order:** O < S < F < Cl

1. **Properties:**
- **Electronegativity:** F > Cl > S > O. **Not a match.**
- **Nuclear charge:** O (8), S (16), F (9), Cl (17). **Not a match.**
- **Size:** F is smaller than O, so this order is incorrect. **Not a match.**
- **Electron affinity:** Cl > F > S > O. **Match with Electron affinity (S).**
- **Ionization energy:** F > Cl > S > O. **Not a match.**

**Conclusion for C:** Matches with **S (Electron affinity)**.

### Step 4: Analyze Column D
**Given Order:** Cl^- < K⁺ < Ca²⁺ < Sc²⁺

1. **Properties:**
- **Electronegativity:** Cl has high electronegativity, while K, Ca, and Sc have lower. **Not a match.**
- **Nuclear charge:** K (19), Ca (20), Sc (21). **Match with Nuclear charge (Q).**
- **Size:** Size increases with positive charge. **Not a match.**
- **Electron affinity:** Cl has high electron affinity; K, Ca, and Sc have lower. **Match with Electron affinity (S).**
- **Ionization energy:** Increases with positive charge. **Match with Ionization energy (T).**

**Conclusion for D:** Matches with **Q (Nuclear charge)**, **S (Electron affinity)**, and **T (Ionization energy)**.

### Final Matching:
- A: R (Size)
- B: Q (Nuclear charge), R (Size)
- C: S (Electron affinity)
- D: Q (Nuclear charge), S (Electron affinity), T (Ionization energy)