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The tangential component of the magnetic field intensity is continuous at the boundary of separation of two media. State True/False.
- a)True
- b)False
Correct answer is option 'A'. Can you explain this answer?
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Verified Answer
The tangential component of the magnetic field intensity is continuous...
Answer: a
Explanation: For two medium of separation, the tangential component of the magnetic field intensity will be continuous. This is analogous to the fact that the tangential component of the electric field intensity is continuous at the boundary.
Explanation: For two medium of separation, the tangential component of the magnetic field intensity will be continuous. This is analogous to the fact that the tangential component of the electric field intensity is continuous at the boundary.
Most Upvoted Answer
The tangential component of the magnetic field intensity is continuous...
True.
Explanation:
When the magnetic field intensity encounters a boundary between two media, it can be separated into two components: the normal component and the tangential component. The normal component is perpendicular to the boundary, while the tangential component is parallel to the boundary.
The tangential component of the magnetic field intensity is continuous at the boundary of separation of two media. This means that the magnitude and direction of the tangential component remain the same on both sides of the boundary. In other words, there are no abrupt changes in the tangential component of the magnetic field intensity when crossing the boundary.
This is a consequence of the boundary conditions for the magnetic field. The tangential component continuity arises from the fact that there is no magnetic charge (monopole) and that magnetic field lines are always closed loops. As a result, the tangential component of the magnetic field must remain continuous across the boundary.
Summary:
The tangential component of the magnetic field intensity is continuous at the boundary of separation of two media. This means that there are no abrupt changes in the magnitude and direction of the tangential component when crossing the boundary. This is a consequence of the absence of magnetic monopoles and the closed-loop nature of magnetic field lines.
Explanation:
When the magnetic field intensity encounters a boundary between two media, it can be separated into two components: the normal component and the tangential component. The normal component is perpendicular to the boundary, while the tangential component is parallel to the boundary.
The tangential component of the magnetic field intensity is continuous at the boundary of separation of two media. This means that the magnitude and direction of the tangential component remain the same on both sides of the boundary. In other words, there are no abrupt changes in the tangential component of the magnetic field intensity when crossing the boundary.
This is a consequence of the boundary conditions for the magnetic field. The tangential component continuity arises from the fact that there is no magnetic charge (monopole) and that magnetic field lines are always closed loops. As a result, the tangential component of the magnetic field must remain continuous across the boundary.
Summary:
The tangential component of the magnetic field intensity is continuous at the boundary of separation of two media. This means that there are no abrupt changes in the magnitude and direction of the tangential component when crossing the boundary. This is a consequence of the absence of magnetic monopoles and the closed-loop nature of magnetic field lines.
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The tangential component of the magnetic field intensity is continuous at the boundary of separation of two media. State True/False.a)Trueb)FalseCorrect answer is option 'A'. Can you explain this answer?
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