<transcript><audio_27>one k or eight milliamps so if this was a current plot we'd be at eight milliamps and it would drive down there to zero so here we are at steady state all right basically the cap is looking like an open so we see all the voltage across the cap</transcript><transcript><audio_28>and nothing across the resistor then we basically short this all right this becomes a short that's zero volts cap acts as a source and discharges in a counterclockwise direction through our thevenin so here we see the cap voltage it's</transcript><transcript><audio_29>going to decrease as it's discharging but again kvl says these two things have to equal the source so this positive voltage is reflected with a negative voltage across the resistor plus eight minus eight and those things again come together</transcript><transcript><audio_30>five times constants down the road in this case at 15 milliseconds right 10 to 15 there's our 5 millisecond spacing and now we're back in a new form of steady state right a 0 volt</transcript> one k or eight milliamps so if this was a current plot we'd be at eight milliamps and it would drive down there to zero so here we are at steady state all right basically the cap is looking like an open so we see all the voltage across the cap and nothing across the resistor then we basically short this all right this becomes a short that's zero volts cap acts as a source and discharges in a counterclockwise direction through our thevenin so here we see the cap voltage it's going to decrease as it's discharging but again kvl says these two things have to equal the source so this positive voltage is reflected with a negative voltage across the resistor plus eight minus eight and those things again come together five times constants down the road in this case at 15 milliseconds right 10 to 15 there's our 5 millisecond spacing and now we're back in a new form of steady state right a 0 volt
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