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draw graphs of the voltage over r1 (v against t graph) for the charge cycle.  starting at t=0 until steady state after the switch is closed (initially all capacitors are empty) and another case when the switch is opened (initially the capacitors are fully charged) r1 = 100k ohms r2 = 10k ohms v1 = 5v (dc)  c1 = 100nf c2 = 220nf c3 = 330nf

draw graphs of the voltage over r1 (v against t graph) for the charge cycle.  starting at t=0 until steady state after the switch is closed (initially all capacitors are empty) and another case when the switch is opened (initially the capacitors are fully charged) r1 = 100k ohms r2 = 10k ohms v1 = 5v (dc)  c1 = 100nf c2 = 220nf c3 = 330nf

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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draw graphs of the voltage over r1 (v against t graph) for the charge cycle. 

starting at t=0 until steady state after the switch is closed (initially all capacitors are empty) and another case when the switch is opened (initially the capacitors are fully charged)

r1 = 100k ohms r2 = 10k ohms v1 = 5v (dc)  c1 = 100nf c2 = 220nf c3 = 330nf 

V1 + | R2 ww S1 R1 C3 || C2 ㅏ = C1
Transcribed Image Text:V1 + | R2 ww S1 R1 C3 || C2 ㅏ = C1
Expert Solution
Step 1: Summarize the given information.

In the given RC circuit, all capacitors are initially discharged. The switch closes at 


To determine:

  • votlage across resistor R2 during the charging time, and
  • voltage across reisstor R2 during the discharging time.
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