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Help solving this circuit question, please, as soon as possible. Q1: In the following RC transient circuit, use the differential equation method to find V for when the switch is in position 1 (t < 0) and when it moves to position 2 (t > 0). >19 MM 3 mA 

          Help solving this circuit question, please, as soon as possible.
    
    Q1: In the following RC transient circuit, use the differential equation method to find V for when the switch is in position 1 (t < 0) and when it moves to position 2 (t > 0).
    
    >19 MM
    3 mA
Show more…
help solving this circuit question please as soon as possible q1in the following rc transient circuit use differential equation method to find vfor when switch is in position1t0and when it m 71737

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Help solving this circuit question, please, as soon as possible. Q1: In the following RC transient circuit, use the differential equation method to find V for when the switch is in position 1 (t < 0) and when it moves to position 2 (t > 0). >19 MM 3 mA
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Transcript

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00:01 Here in this question first we can write down a given data that is we have to apply the kcl in a top node so what will be the voltage change that is v minus vs divided by r1 plus c multiplied by the change in voltage divided by the change in time plus i is equal to 0 so we have to find the value of dv by dt that is equal to negative i divided by c plus negative v divided by r1 c plus vz divided by r1 c.
00:45 This is our first equation now we have to apply the kirchhoff voltage law in the second loop so what will be the value of the di by dt that is equal to length multiplied by di by dt plus v naught is equal to v so the value of di by dt that is equal to v by l minus negative r2 divided by l...
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