A rigid, non-conductive loop is falling through a uniform magnetic field that is perpendicular to the plane of the loop. Initially, the loop is completely within the field, but then it falls into a region where no magnetic field is present. Which one of the following quantities does not vary during the fall? O the magnetic field penetrating the loop O the area of the loop penetrated by the magnetic field O the current in the loop the magnetic flux through the loop O the emf in the loop
A rigid, non-conductive loop is falling through a uniform magnetic field that is perpendicular to the plane of the loop. Initially, the loop is completely within the field, but then it falls into a region where no magnetic field is present. Which one of the following quantities does not vary during the fall? O the magnetic field penetrating the loop O the area of the loop penetrated by the magnetic field O the current in the loop the magnetic flux through the loop O the emf in the loop
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Transcribed Image Text:A rigid, non-conductive loop is falling through a uniform magnetic field that is perpendicular to
the plane of the loop. Initially, the loop is completely within the field, but then it falls into a
region where no magnetic field is present. Which one of the following quantities does not vary
during the fall?
the magnetic field penetrating the loop
O the area of the loop penetrated by the magnetic field
F
the current in the loop
cl
the magnetic flux through the loop
the emf in the loop
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