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//To Calculate the Heat Developed in each of the three resistor
//Example 33.1
clear;
clc;
R1=6;//Resistance of the first resistor
R2=3;//Resistance of the second resistor
Req=R1*R2/(R1+R2);//Equivalent resistance of R1 and R2
R3=1;//Resistance of the third resistor
R=Req+R3;//Equivalent resistance of the circuit
V=9;//Voltage across the battery
i=V/R;//Current through the Circuit
t=60;//Time in seconds
H3=i^2*R3*t;//Heat developed in third resistor
i1=i*R/(R1+R2);//Current through the 6 ohm resistor
H1=i1^2*R1*t;//Heat developed in first resistor
i2=i-i1;//current through the 3 ohm resistor
H2=i2^2*R2*t;//heat developed in Second Resistor
printf("Heat developed in the first resistor=%d J",H1);
printf("\nHeat developed in the second resistor=%d J",H2);
printf("\nHeat developed in the third resistor=%d J",H3);
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