max.power transfer theorem verification by using c

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AIM : TO VERIFY MAXIMUM POWER TRANSFER THEOREM CIRCUIT DIAGRAM : PROGRAM /* MAXIMUM POWER TRANSFER THEOREM */ void main() { float R1,R2,R3,R4,R5,RL,Rt,Rth,Req,V,Vth,I; clrscr(); printf("\nEnter Values of R1,R2,R3,R4,R5 (ohm) & Voltage(V) respectively :\n"); scanf("%f %f %f %f %f %f",&R1,&R2,&R3,&R4,&R5,&V); printf("\n\nThe value of Rth : "); Rt = (R1*R2/(R1+R2))+R3; Rth = (Rt*R4/(Rt+R4))+R5; printf("%f ohm",Rth); printf("\n\nThe value of Vth : "); Req = R1 + (R2*(R3+R4))/(R2+R3+R4); Vth = (V*R2*R4)/(Req*(R2+R3+R4)); printf("%f V",Vth); I = Vth/(Rth+RL); printf("\n\n\n(1) Enter Value of RL (RL < Rth) (ohm): "); scanf("%f",&RL); I = Vth/(Rth+RL); printf("\nCurrent : %f A Power : %f watt",I,I*I*RL);

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Sample C program related to EC

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Page 1: Max.Power Transfer Theorem Verification by using C

AIM : TO VERIFY MAXIMUM POWER TRANSFER THEOREM

CIRCUIT DIAGRAM :

PROGRAM

/* MAXIMUM POWER TRANSFER THEOREM */

void main(){

float R1,R2,R3,R4,R5,RL,Rt,Rth,Req,V,Vth,I;clrscr();

printf("\nEnter Values of R1,R2,R3,R4,R5 (ohm) & Voltage(V) respectively :\n");scanf("%f %f %f %f %f %f",&R1,&R2,&R3,&R4,&R5,&V);

printf("\n\nThe value of Rth : ");Rt = (R1*R2/(R1+R2))+R3;Rth = (Rt*R4/(Rt+R4))+R5;printf("%f ohm",Rth);

printf("\n\nThe value of Vth : ");Req = R1 + (R2*(R3+R4))/(R2+R3+R4);Vth = (V*R2*R4)/(Req*(R2+R3+R4));printf("%f V",Vth);

I = Vth/(Rth+RL);

printf("\n\n\n(1) Enter Value of RL (RL < Rth) (ohm): ");scanf("%f",&RL);I = Vth/(Rth+RL);printf("\nCurrent : %f A Power : %f watt",I,I*I*RL);

printf("\n\n(2) Enter Value of RL (RL = Rth) (ohm): ");scanf("%f",&RL);I = Vth/(Rth+RL);printf("\nCurrent : %f A Power : %f watt",I,I*I*RL);

printf("\n\n(3) Enter Value of RL (RL > Rth) (ohm): ");scanf("%f",&RL);I = Vth/(Rth+RL);

Page 2: Max.Power Transfer Theorem Verification by using C

printf("\nCurrent : %f A Power : %f watt",I,I*I*RL);

printf("\n\n\nSo from (1),(2)&(3), we came to know that the power transfer is maximum in case of RL=Rth");

getch();}

SAMPLE OUTPUT :

Enter Values of R1,R2,R3,R4,R5 (ohm) & Voltage(V) respectively :

1000 2200 4700 6800 1000 10

The value of Rth : 4005.848730 ohm

The value of Vth : 3.835897 V

(1) Enter Value of RL (RL < Rth) (ohm): 2010.1003

Current : 0.000638 A Power : 0.000817 watt

(2) Enter Value of RL (RL = Rth) (ohm): 4005.95

Current : 0.000479 A Power : 0.000918 watt

(3) Enter Value of RL (RL > Rth) (ohm): 6800

Current : 0.000355 A Power : 0.000857 watt

So from (1),(2)&(3), we came to know that the power transfer is maximum in case of RL=Rth

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