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Make a ladder circuit of 13 resistances obeying following rules 1. Should have two batteries with one series resistance cach 2. Should have at least three and at most six ladder steps 3. There should be one bridge network of five resistances amongst the ladder steps Value the resistances (in ohm) according to your CNIC starting from the left most battery replacing the zeros of your CNIC number by 10 2 Choose any resistance as load resistance except a. One in series with the battery b. Any part of the bridge Question No.1 Find the voltage and current through the load resistance and the power drawn by it Question No. 2 Find the Nodal equivalent circuit (performing each step) Question No. 3 Use the Mesh analysis to confirm the results obtained above

Make a ladder circuit of 13 resistances obeying following rules 1. Should have two batteries with one series resistance cach 2. Should have at least three and at most six ladder steps 3. There should be one bridge network of five resistances amongst the ladder steps Value the resistances (in ohm) according to your CNIC starting from the left most battery replacing the zeros of your CNIC number by 10 2 Choose any resistance as load resistance except a. One in series with the battery b. Any part of the bridge Question No.1 Find the voltage and current through the load resistance and the power drawn by it Question No. 2 Find the Nodal equivalent circuit (performing each step) Question No. 3 Use the Mesh analysis to confirm the results obtained above

Introductory Circuit Analysis (13th Edition)
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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R=10 Ohms

Make a ladder circuit of 13 resistances obeying following rules 1. Should have two batteries with one series resistance each 2. Should have at least three and at most six ladder steps 3. There should be one bridge network of five resistances amongst the ladder steps Value the resistances (in ohm) according to your CNIC starting from the left most battery replacing the zeros of your CNIC number by 10 2 Choose any resistance as load resistance except a. One in series with the battery b. Any part of the bridge Question No.1 Find the voltage and current through the load resistance and the power drawn by it Question No. 2 Find the Nodal equivalent circuit (performing each step) Question No. 3 Use the Mesh analysis to confirm the results obtained above
Transcribed Image Text:Make a ladder circuit of 13 resistances obeying following rules 1. Should have two batteries with one series resistance each 2. Should have at least three and at most six ladder steps 3. There should be one bridge network of five resistances amongst the ladder steps Value the resistances (in ohm) according to your CNIC starting from the left most battery replacing the zeros of your CNIC number by 10 2 Choose any resistance as load resistance except a. One in series with the battery b. Any part of the bridge Question No.1 Find the voltage and current through the load resistance and the power drawn by it Question No. 2 Find the Nodal equivalent circuit (performing each step) Question No. 3 Use the Mesh analysis to confirm the results obtained above
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