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1. Here, R1 = 15 kN and R2 = 38 kN from the figure given. E1= 6V and E2 = 15V. Find Current through R2 . Part II

1. Here, R1 = 15 kN and R2 = 38 kN from the figure given. E1= 6V and E2 = 15V. Find Current through R2 . Part II

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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Partl Ez '3 1. Here, R1 = 15 kN and R2 = 38 kQ from the figure given. E1= 6V and E2 = 15V. Find Current through R2. %3D Part II Use E, C, t, R as variables and division. And use brackets where necessary. I" * II for multiplication,"/" for exp(-a) should be written as e^(-a) Given the resistance R and capacitance C of an RC circuit,we apply an emf of E volts. 2. What is the maximam charge that can be stored in the сарacitor.? 3. After completing the circuit we wait for t seconds. What is the stored charge now?
Transcribed Image Text:Partl Ez '3 1. Here, R1 = 15 kN and R2 = 38 kQ from the figure given. E1= 6V and E2 = 15V. Find Current through R2. %3D Part II Use E, C, t, R as variables and division. And use brackets where necessary. I" * II for multiplication,"/" for exp(-a) should be written as e^(-a) Given the resistance R and capacitance C of an RC circuit,we apply an emf of E volts. 2. What is the maximam charge that can be stored in the сарacitor.? 3. After completing the circuit we wait for t seconds. What is the stored charge now?
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