Can a static magnetic field exist in the interior of a perfect conductor explain?

Can a static magnetic field exist in the interior of a perfect conductor explain?

As we have demonstrated before, we know that there can be a constant magnetic field within a perfect conductor. This field will be non-zero as long as it has been present since before the material transitioned to an infinite conductivity state. However adding some magnetic field would be an unnecessary complication.

Can a time varying magnetic field exists in the interior of a perfect conductor?

The interior magnetic field is zero while the surface magnetic field is perpendicular to both the current density and the surface normal. In a ideal conductor magnetic field will be zero and non zero in presence of external magnetic field.

Why electric field and magnetic field Cannot stay in a perfect conductor?

Originally Answered: Why there’s no electric field inside a perfect conductor, e.g. a closed circuit? Free charges in the presence of an electric field, such as inside a conductor, will redistribute themselves due to coulomb forces. In fact, electrons will move in the opposite direction of the applied external field.

Why must the magnetic field in a perfect conductor be 0?

In a ideal conductor magnetic field will be zero and non zero in presence of external magnetic field. It is due to all the domains in the conductor are not arranged properly such that total flux becomes zero.

Does magnetic field lines pass through conductor?

The net electric field inside a conductor is zero. Therefore, the electric field lines do not pass through a conductor.

What is the value of the normal magnetic field at a PEC?

Since the magnetic field resulting form the current flow is in a normal plane to this current, then the normal magnetic field will be zero. This may be an answer of your question.

What is tangential electric field?

Electric Fields on a Metal or Conductive Surface The Electric Field on any surface can be decomposed into two parts: Et: Tangential Electric Field (the portion of the E-field that lies on the surface) En: Normal Electric Field (the portion of the E-field that is perpendicular or normal to the surface)

What are 2 sources of magnetic field?

The three main sources to produce a magnetic field are: Electromagnet permanent magnet Current-carrying conductor.

• Electromagnet.
• permanent magnet.
• Current-carrying conductor.