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When Coil 1 was switched off and on, a current was induced in Coil 2 despite there being no relative motion between the coils. Fill
When Coil 1 was switched off and on, a current was induced in Coil 2 despite there being no relative motion between the coils. Fill in the blanks below to explain how this is possible. "As the in Coil 1 is switched on and off it produces a changing field. The magnetic flux produced by Coil 1 is linked by Coil 2 and, according to law, an induced is produced in Coil 2. As Coil 2 is connected to a load (the ), the EMF drives a current around the complete Coil 2 circuit
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