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Problem # 2 A circuit has a circular parallel plate capacitor of radius R = 5 cm. During the charging process and at a distance r=R/2, the magnetic field was B = 5.00 μT I. What will be the rate of change in time of the electric field (unit is v/m-sec)? II. What will be the magnetic field in between the two plates at r= R?

Problem # 2 A circuit has a circular parallel plate capacitor of radius R = 5 cm. During the charging process and at a distance r=R/2, the magnetic field was B = 5.00 μT I. What will be the rate of change in time of the electric field (unit is v/m-sec)? II. What will be the magnetic field in between the two plates at r= R?

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Problem # 2 A circuit has a circular parallel plate capacitor of radius R = 5 cm. During the charging process and at a distance r=R/2, the magnetic field was B = 5.00 μT I. What will be the rate of change in time of the electric field (unit is v/m-sec)? II. What will be the magnetic field in between the two plates at r= R?
Transcribed Image Text:Problem # 2 A circuit has a circular parallel plate capacitor of radius R = 5 cm. During the charging process and at a distance r=R/2, the magnetic field was B = 5.00 μT I. What will be the rate of change in time of the electric field (unit is v/m-sec)? II. What will be the magnetic field in between the two plates at r= R?
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