`{:(Column-I,Column-II),((A)"Electrolytic cell",(p)-DeltaG^(@)),((B)nFE_(cell)^(0),(q)"Concentration cell"),((C)E_(cell)=(0.059)/(n)log.(C_("cathode"))/(C_("anode")),(r)96500 "Coulombs"),((D)"Diffusion of ions",(s)"Device converting electrical energy into chemical energy"),((E)1"Farday",(u)"Salt bridge"):}`

Answer

To solve the matching question, we will analyze each item in Column I and find the corresponding item in Column II based on their definitions and relationships in electrochemistry.

### Step-by-Step Solution:

1. **Match A: "Electrolytic cell"**
- An electrolytic cell is a device that converts electrical energy into chemical energy. Therefore, it matches with:
- **(s) "Device converting electrical energy into chemical energy"**.
- **Match: A - s**

2. **Match B: "nFE_cell^(0)"**
- The relationship between Gibbs free energy and cell potential is given by the equation: ΔG° = -nFE°_cell. Thus, it matches with:
- **(p) -ΔG^(0)**.
- **Match: B - p**

3. **Match C: "E_cell = (0.059/n) log(C_cathode/C_anode)"**
- This equation represents the Nernst equation for a concentration cell, where the cell potential depends on the concentrations of the reactants and products. Therefore, it matches with:
- **(q) "Concentration cell"**.
- **Match: C - q**

4. **Match D: "Diffusion of ions"**
- In electrochemical cells, the diffusion of ions occurs through the salt bridge, which maintains the ionic balance in the cell. Thus, it matches with:
- **(u) "Salt bridge"**.
- **Match: D - u**

5. **Match E: "1 Faraday"**
- One Faraday is defined as the charge of one mole of electrons, which is equal to approximately 96500 coulombs. Therefore, it matches with:
- **(r) "96500 Coulombs"**.
- **Match: E - r**

### Final Matches:
- A - s
- B - p
- C - q
- D - u
- E - r