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Explain the following, giving proper reason : (a) During charging of a capacitor, displacement current exists in the capacitor. But there is no displacement current when it gets fully charged. (b) The frequency of microwaves in ovens matches with the resonant frequency of water molecules. (c) Infrared waves are also known as heat waves.
In the process of charging of a capacitor, the current produced between the plates of the capacitor is :
Consider an induced magnetic field due to changing electric field and an induced electric field due to changing magnetic field. Which one is more easily observed ? Justify your answer.
What is meant by the term 'displacement current' ? Briefly explain how this current is different from a conduction current.
What is a displacement current ? How is it different from a conduction current ?
What is meant by displacement current ? How is this current different from the conduction current ? A capacitor is being charged by a source of emf. Justify the continuity of current in the circuit.
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