30. Induction and Inductance
Faraday's Law
30. Induction and Inductance Faraday's Law
8PRACTICE PROBLEM
During an experiment, a group of students are supplied with a solenoid of radius 1.30 cm and has 500 turns per meter. A magnetic field is directed through the solenoid inducing a uniformly increasing current. The magnitude of the electric field induced is 6.00 × 10-6 V/m measured around the midpoint of the solenoid and at a radial distance of 4.50 cm from the solenoid's axis. Determine the numerical value of the current change rate.
During an experiment, a group of students are supplied with a solenoid of radius 1.30 cm and has 500 turns per meter. A magnetic field is directed through the solenoid inducing a uniformly increasing current. The magnitude of the electric field induced is 6.00 × 10-6 V/m measured around the midpoint of the solenoid and at a radial distance of 4.50 cm from the solenoid's axis. Determine the numerical value of the current change rate.