Consider the following statements associated with the basic electric properties of ideal conductors: 1. The resultant field inside is zero. 2. The net charge density in the interior is zero. 3. Any net charges reside on the surface. 4. The surface is always equipotential. 5. The field just outside is zero. Which of the above statements are correct?
Consider the following statements associated with the basic electric properties of ideal conductors: 1. The resultant field inside is zero. 2. The net charge density in the interior is zero. 3. Any net charges reside on the surface. 4. The surface is always equipotential. 5. The field just outside is zero. Which of the above statements are correct? Correct Answer 1, 2, 3 and 4
Ideal Conductor:
The ideal conductor needs a very small amount of potential difference (voltage) to carry on an extremely high current. That means it has infinite conductivity and zero resistance. The voltage drop is also zero. This type of conductor generally not exist.
Properties of ideal conductor:
- The electric and magnetic field (i.e. net field) inside the conductor is zero.
- The net charge density inside the conductor is zero and any net charge resides on the surface of the conductor.
- An ideal conductor always has an equipotential surface.
- Outside the conductor, there is a field present.
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Feb 20, 2025