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As time progresses, all quantities will decay exponentially: Q(t) = Qoe-t/RC. Qois the value calculated previously, but what R must be used? (Calculate its value in Ohms.) Switch R1=40 0 R3= 30 2 60 03 E= 12 V R2 C = 2 µF = V1, V2, V3, and 1, I2, I3apply to the respective resisters. Vc and Q refer to the capacitor's voltage and charge. Uc refers to the capacitor's stored energy (electric potential energy).

As time progresses, all quantities will decay exponentially: Q(t) = Qoe-t/RC. Qois the value calculated previously, but what R must be used? (Calculate its value in Ohms.) Switch R1=40 0 R3= 30 2 60 03 E= 12 V R2 C = 2 µF = V1, V2, V3, and 1, I2, I3apply to the respective resisters. Vc and Q refer to the capacitor's voltage and charge. Uc refers to the capacitor's stored energy (electric potential energy).

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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As time progresses, all quantities will decay exponentially:

 Q ( t ) = Q0 e -t/RC.  

Q0 is 14.4 uC, but what R must be used?  (Calculate its value in Ohms.)

 

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As time progresses, all quantities will decay exponentially: Q(t) = Qoe-t/RC. Qois the value calculated previously, but what R must be used? (Calculate its value in Ohms.)
Transcribed Image Text:As time progresses, all quantities will decay exponentially: Q(t) = Qoe-t/RC. Qois the value calculated previously, but what R must be used? (Calculate its value in Ohms.)
Switch R1=40 0 R3= 30 2 60 03 E= 12 V R2 C = 2 µF = V1, V2, V3, and 1, I2, I3apply to the respective resisters. Vc and Q refer to the capacitor's voltage and charge. Uc refers to the capacitor's stored energy (electric potential energy).
Transcribed Image Text:Switch R1=40 0 R3= 30 2 60 03 E= 12 V R2 C = 2 µF = V1, V2, V3, and 1, I2, I3apply to the respective resisters. Vc and Q refer to the capacitor's voltage and charge. Uc refers to the capacitor's stored energy (electric potential energy).
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