Present circuit diagrams of 2 capacitors in series and in parallel (without actually mentioning the words series and parallel). Ask a student to differentiate the electric current across the circuits (assuming the system of capacitors is connected to the same DC-voltage source). Query: Which circuit has the same current throughout? Which circuit has current that changes across the electric path (loop)? Why? 2. From the above circuit diagrams ask a student to differentiate the electric potential between the 2 circuits (assuming the system of capacitors is connected to the same DC-voltage source). Query: Which circuit has the same electric potential throughout? Which circuit has electric potential that changes across the loop(s)? Why?
Present circuit diagrams of 2 capacitors in series and in parallel (without actually mentioning the words series and parallel). Ask a student to differentiate the electric current across the circuits (assuming the system of capacitors is connected to the same DC-voltage source). Query: Which circuit has the same current throughout? Which circuit has current that changes across the electric path (loop)? Why? 2. From the above circuit diagrams ask a student to differentiate the electric potential between the 2 circuits (assuming the system of capacitors is connected to the same DC-voltage source). Query: Which circuit has the same electric potential throughout? Which circuit has electric potential that changes across the loop(s)? Why?
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Present circuit diagrams of 2 capacitors in series and in parallel (without actually mentioning the words series and parallel). Ask a student
to differentiate the electric current across the circuits (assuming the system of capacitors is connected to the same DC-voltage source).
Query: Which circuit has the same current throughout? Which circuit has current that changes across the electric path (loop)? Why?
2. From the above circuit diagrams ask a student to differentiate the electric potential between the 2 circuits (assuming the system of
capacitors is connected to the same DC-voltage source). Query: Which circuit has the same electric potential throughout? Which circuit has
electric potential that changes across the loop(s)? Why?
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