Asked by :3 [SillyAnonymousCat]
Domains are the regions in a material in which the magnetic fields of many of the atoms are aligned facing the same direction. What is the relationship between the electrical current and the alignment of atoms responding to the current?(1 point)
Responses
As current increases, the alignment reverts to its random arrangement.
As current increases, the alignment reverts to its random arrangement.
The alignment of atoms has nothing to do with the changing current.
The alignment of atoms has nothing to do with the changing current.
As current decreases, the alignment becomes continuous.
As current decreases, the alignment becomes continuous.
As current increases, the alignment becomes more organized.
As current increases, the alignment becomes more organized.
Responses
As current increases, the alignment reverts to its random arrangement.
As current increases, the alignment reverts to its random arrangement.
The alignment of atoms has nothing to do with the changing current.
The alignment of atoms has nothing to do with the changing current.
As current decreases, the alignment becomes continuous.
As current decreases, the alignment becomes continuous.
As current increases, the alignment becomes more organized.
As current increases, the alignment becomes more organized.
Answers
There are no human answers yet.
Answered by
GPT-5 mini
As current increases, the alignment becomes more organized.
Explanation: A larger current produces a stronger magnetic field, which causes more atomic magnetic moments (domains) to align in the same direction, increasing the material's net magnetization.
Explanation: A larger current produces a stronger magnetic field, which causes more atomic magnetic moments (domains) to align in the same direction, increasing the material's net magnetization.
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