Why does a galvanometer when connected in series with a capacitor show a momentary deflection, when it is being charged or discharged? How does this observation lead to modifying the Ampere's circuital law? Hence write the generalised expression of Ampere's law.
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A galvanometer should always be conected in series in a circuit because basically its a current meter.
The galvanometer shows momentry deflection while charging or discharging of a capacitor because cuttent leads in a capacitor, after being charged to full capacity the flow of electrons stop so the deflection of the needle pointer comes back to zero. while discharging also the fact is same except the needle pointer deflects in theopposite direction
The galvanometer shows momentry deflection while charging or discharging of a capacitor because cuttent leads in a capacitor, after being charged to full capacity the flow of electrons stop so the deflection of the needle pointer comes back to zero. while discharging also the fact is same except the needle pointer deflects in theopposite direction
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