Q2) For the network in fig. below a. Calculate Vc, ic, and VR, at 0.5 s and 1 s after the switch makes contact with position 1. b. The network sits in position 1 10 min before the switch is moved to...

Q2) For the network in fig. below<br>a. Calculate Vc, ic, and VR, at 0.5 s and 1 s after the<br>switch makes contact with position 1.<br>b. The network sits in position 1 10 min before the<br>switch is moved to position 2. How long after making<br>contact with position 2 will it take for the current ic to<br>drop to 8 uA? How much longer will it take for ve to<br>drop to 10 V?<br>need answer in<br>paper please, no<br>print<br>+VR<br>R1<br>1 MQ<br>ic<br>0.2 uF vC<br>VC<br>E<br>60 V<br>4 MQ<br>R2<br>

Extracted text: Q2) For the network in fig. below a. Calculate Vc, ic, and VR, at 0.5 s and 1 s after the switch makes contact with position 1. b. The network sits in position 1 10 min before the switch is moved to position 2. How long after making contact with position 2 will it take for the current ic to drop to 8 uA? How much longer will it take for ve to drop to 10 V? need answer in paper please, no print +VR R1 1 MQ ic 0.2 uF vC VC E 60 V 4 MQ R2

Jun 10, 2022

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Q2) For the network in fig. below a. Calculate Vc, ic, and VR, at 0.5 s and 1 s after the switch makes contact with position 1. b. The network sits in position 1 10 min before the switch is moved to...

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