Since the
capacitor is basically a charge storage, there is no such equation as this hence you can say there is no electrical
resistance. ... The impedance (or equivalent
resistance) for a
capacitor is 1/\u03c9C where \u03c9 is the current frequency and C the
capacitance. For DC, \u03c9=0 and hence the impedance is infinite.
May 20, 2017');})();(function(){window.jsl.dh('11','
');})();(function(){window.jsl.dh('_GS2iYJauCNiE-gSHjaGAAg49','
');})();(function(){window.jsl.dh('13','
Start of suggested clip
End of suggested clip
Current should be zero and resistance should be equal to infinity. Which corresponds to unit valueMoreCurrent should be zero and resistance should be equal to infinity. Which corresponds to unit value on the multimeter display resistance should be growing gradually without surges.
