Two conducting plate x and y are connected in a conducting loop as shown in dia. If magnetic field is increasing with respect to time, then which plate is induced at high potential? Explain.

Question

harshin nechooli · Answer

These two conducting plates will be acting as capacitor plates so in varying magnetic field it will induce an EMF and thus a current will flow since EMF will vary so to oppose the magnetic field to increase the current should be flowing from plate X to plate Y in the air that is true capacitor does you know that current flows from positive to negative and thus positive it will be X and negative plate will be y HAR

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Two conducting plate x and y are connected in a conducting loop as shown in dia. If magnetic field is increasing with respect to time, then which plate is induced at high potential? Explain.

Two conducting plate x and y are connected in a conducting loop as shown in dia. If magnetic field is increasing with respect to time, then which plate is induced at high potential? Explain.

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