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4-A rigid circular loop of wire is not connected to an external voltage source but is located in a region of space where there is a strong and constant magnetic field... Because the loop and the magnetic field are fixed perpendicular to each other, cose=1 at all times... When the value of the magnetic flux PB = |B|Acose is calculated it is found to be a large value... Based on the information provided, which of the following choices below best represents the electric potential difference/emf induced in this circular loop of conducting wire?

4-A rigid circular loop of wire is not connected to an external voltage source but is located in a region of space where there is a strong and constant magnetic field... Because the loop and the magnetic field are fixed perpendicular to each other, cose=1 at all times... When the value of the magnetic flux PB = |B|Acose is calculated it is found to be a large value... Based on the information provided, which of the following choices below best represents the electric potential difference/emf induced in this circular loop of conducting wire?

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Answer choices: 

  1. There is zero electric potential difference/emf induced
  2. The electric potential difference/emf induced has a negative value
  3. The electric potential difference /emf induced has a positive value
  4. The electric potential difference /emf induced reaches an infinite value
4-A rigid circular loop of wire is not connected to an external voltage source but is located in a region of space where there is a strong and constant magnetic field... Because the loop and the magnetic field are fixed perpendicular to each other, cose = 1 at all times... When the value of the magnetic flux B = |B|Acose is calculated it is found to be a large value... Based on the information provided, which of the following choices below best represents the electric potential difference/emf induced in this circular loop of conducting wire?
Transcribed Image Text:4-A rigid circular loop of wire is not connected to an external voltage source but is located in a region of space where there is a strong and constant magnetic field... Because the loop and the magnetic field are fixed perpendicular to each other, cose = 1 at all times... When the value of the magnetic flux B = |B|Acose is calculated it is found to be a large value... Based on the information provided, which of the following choices below best represents the electric potential difference/emf induced in this circular loop of conducting wire?
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