Fix the code so it does the following

Herre is example of the outputs

The code may look long but its a easier fix suppose to my teacher

Be sure to look closely at the example

Cuircuit parmeter is different then the nodes the nodes are the individual calculations

Sample 1:

Enter Voltage: 100

Enter Resistance (0 to exit): 100

Enter Resistance (0 to exit): 0

Circuit Parameters:

Total Resistance: 100 ohms

Input Voltage: 100 volts

Series Current: 1 Amp

Total Power: 100 Watts

Node 0 Parameters:

Resistance: 100 ohms

Voltage: 100 volts

Power: 100 Watts

Sample 2:

Enter Voltage: 100

Enter Resistance (0 to exit): 50

Enter Resistance (0 to exit): 50

Enter Resistance (0 to exit): 0

Circuit Parameters:

Total Resistance: 100 ohms

Input Voltage: 100 volts

Series Current: 1 Amp

Total Power: 100 Watts

Node 0 Parameters:

Resistance: 50 ohms

Voltage: 50 volts

Power: 50 Watts

Node 1 Parameters:

Resistance: 50 ohms

Voltage: 50 volts

Power: 50 Watts

Then formar it so that it does the following

o start part B, please copy the source file from part A to a new project.

Convert part B to a class if it is not already and add a menu to your creation from part B. The menu should contain at least the following options:

Add a single resistor

Change Input voltage

Delete resistor

Edit resistor value

Group add a series of resistors. Gave the user the ability to add more than resistor at a time.

Display network

Quit program

The menu should be the part of your class. Each item in the menu will probably end up being a method in your class. A do-while loop and switch/case statement is probably best way to implement a menu.

#include

#include

#include

using namespace std;

//class circuit:

//public

// have it so resistance.at()

//V = I * R

//I is current

// might nd up needing the -> this ,statment

// needs some fine tuning

// calculate power, Power (W) = (Voltage (V)) * (Current (I))

// make class so

double Power(double current ,double voltage){

//turn power into vector while resistance !=0;

double power =0;

power=(current*voltage);

return power;

}

// calculate current , I = P / V

double Current(double resistance,double voltage){

//make current into vector

double current =0;

current=(voltage/resistance);

return current;

}

// displays current parameter outputs

double outputs(double resistance ,double voltage,double current , double power,double j ){

//have for loop that outputs power and restiance until their length

//cout<<"Node "<

// if statment is a test

if(j==0){

cout<<"circuit parameter: "<

cout<<"resistance: "<

cout<<"voltage: "<

cout<<"current: "<

cout<<"power: "<

cout<

}

// below is test

if(j>=1){

cout<<"Node "<

cout<<"resistance: "<

cout<<"voltage: "<

cout<<"power: "<

cout<

}

}

int main()

{

double voltage=0;

double resistance =0;

//double current=0;

//double power =0;

double count=0;

vector current;

vector power;

vector R;

double i=0;

cout<<"enter voltage: " ;

cin>>voltage;

do{ // part b code

cout<<"enter resistance (0 to exit) : ";

cin>>resistance;

cout<

R.push_back(resistance);

count++;

//cout<<"inside vector"<

current.push_back(Current(resistance,voltage));

power.push_back(Power(current.at(i),voltage));

// cout<<"current="<

//cout<<"power="<

//=Current(resistance,voltage);

//power=Power(current,voltage);

//if below is a test

i++;

}while(resistance!=0);

//does this while resistance does not equal 0

//current=Current(resistance,voltage);

//power=Power(current,voltage);

for(int j=0;j

outputs(R.at(j),voltage,current.at(j),power.at(j),j);

}

if(R.at(0)==0){

outputs(R.at(0),voltage,current.at(0),power.at(0),0);

}

return 0;

}