Answer: More work is required to provide more energy to be dissipated by more current in the resistor. You can also look at it this way: when you push a magnet into a coil, you cause the coil to become a magnet (an electromagnet).
Answer:Answer: More work is required to provide more energy to be dissipated by more current in the resistor. You can also look at it this way: when you push a magnet into a coil, you cause the coil to become a magnet (an electromagnet).
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Answer: More work is required to provide more energy to be dissipated by more current in the resistor. You can also look at it this way: when you push a magnet into a coil, you cause the coil to become a magnet (an electromagnet).
Answer:Answer: More work is required to provide more energy to be dissipated by more current in the resistor. You can also look at it this way: when you push a magnet into a coil, you cause the coil to become a magnet (an electromagnet).
Explanation: