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clc
// Fundamental of Electric Circuit
// Charles K. Alexander and Matthew N.O Sadiku
// Mc Graw Hill of New York
// 5th Edition
// Part 1 : DC Circuits
// Chapter 2: Basic Laws
// Example 2 - 10
clear; clc; close; // Clear the work space and console.
//
// Given data
Rac = 10;
Rcd = 1;
Rcb1 = 6;
Rcb2 = 3;
Rdb1 = 12;
Rdb2 = 4;
Rdb31 = 1;
Rdb32 = 5;
//
//
// Calculations
// Calculations Rdb3
Rdb3 = Rdb31 + Rdb32;
// Calculations Rp1
Rp1 = (Rdb1*Rdb2)/(Rdb1+Rdb2);
// Calculations Rp2
Rp2 = (Rcb1*Rcb2)/(Rcb1+Rcb2);
// Calculations Rp3
Rp3 = (Rp1*Rdb3)/(Rp1+Rdb3);
// Calculations Rs1
Rs1 = Rcd + Rp3;
// Calculations Rp4
Rp4 = (Rp2*Rs1)/(Rp2+Rs1);
// Calculations Resistance Equivalent
Reg = Rac + Rp4;
//
// Display the result
disp("Example 2-10 Solution : ");
printf(" \n Rdb3 = Rdb31 Series Rdb32 = %.3f ohm",Rdb3)
printf(" \n Rp1 = Rdb1 Parallel Rdb2 = %.3f ohm",Rp1)
printf(" \n Rp2 = Rcb1 Parallel Rcb2 = %.3f ohm",Rp2)
printf(" \n Rp3 = Rp1 Parallel Rdb3 = %.3f ohm",Rp3)
printf(" \n Rs1 = Rcd Series Rp3 = %.3f ohm",Rs1)
printf(" \n Rp4 = Rp2 Parallel Rs1 = %.3f ohm",Rp4)
printf(" \n Reg = Rac + Rp4 = %.3f ohm",Reg)
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