What is order of conductivity of conductor?

Answer

To determine the order of conductivity of conductors, we can follow these steps:

### Step-by-Step Solution:

1. **Understanding Electronic Conductivity**:
- Electronic conductivity in solids arises from the movement of charge carriers, which can be electrons or positive holes. This means that the ability of a material to conduct electricity is due to these charge carriers.

2. **Types of Conductivity**:
- There are two types of electronic conductivity:
- **N-type conductivity**: This is due to the movement of electrons.
- **P-type conductivity**: This is due to the movement of positive holes.

3. **Defining Conductors**:
- Conductors are materials that allow the flow of electric current with minimal resistance. The conductivity of conductors is significantly higher compared to insulators and semiconductors.

4. **Order of Conductivity**:
- The order of conductivity for conductors is typically quantified in terms of ohm inverse meter inverse (Ω⁻¹ m⁻¹).
- For conductors, the conductivity ranges from \(10^4\) to \(10^8\) ohm inverse meter inverse.

5. **Conclusion**:
- Therefore, the order of conductivity of a good conductor is approximately \(10^8\) ohm inverse meter inverse.

### Final Answer:
The order of conductivity of conductors is \(10^8\) ohm inverse meter inverse.

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