184_notes:cap_charging

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184_notes:cap_charging [2020/08/23 20:22] dmcpadden184_notes:cap_charging [2021/03/11 22:13] bartonmo
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 [{{184_notes:chargingcap3.jpg?200|Charge distribution and electric field when the capacitor plates are fully charged.  }}] [{{184_notes:chargingcap3.jpg?200|Charge distribution and electric field when the capacitor plates are fully charged.  }}]
  
-=== Role of the Resistor === +==== Role of the Resistor ==== 
-When charging or discharging a capacitor, there is usually a resistor placed in the circuit (like a lightbulb or some other kind of resistor) because the resistor helps control both the maximum current possible and the time it takes to charge/discharge. The resistor does NOT impact how much charge the capacitor holds, just how fast the capacitor charges/discharges.+When charging or discharging a capacitor, there is usually a resistor placed in the circuit (like a lightbulb or some other kind of resistor) because the resistor helps control both the maximum current possible and the time it takes to charge/discharge. The resistor **does NOT impact how much charge the capacitor holds, just how fast the capacitor charges/discharges.**
  
-=== Video Demo ===+==== Video Demo ====
  
 Here is a video demonstration of a lightbulb and capacitor circuit, charging and discharging. Here is a video demonstration of a lightbulb and capacitor circuit, charging and discharging.
  • 184_notes/cap_charging.txt
  • Last modified: 2022/10/19 14:40
  • by valen176