Question

Please provide source code, make a program that follows everything on this doc.

te a complete program that accomplishes the following tasks Wri Display a friendly greeting to the user Prompt the user for a complex number, call it a. Accept that complex number using cin. Display that complex number using cout. Prompt the user for a complex number, call it b Accept that complex number using cin. Display that complex number using cout. Display a line of code that states whether or not a is the same as b, using Display a line of code that states whether or not a is different from b, using! Create a new complex number; call it c Make c the sum of a and b, using c-ab Display the result using cout Add a to c using c-a Display the result using cout Subtract b from c using cb Display the result using cout Make c the difference of a and b, using c-a-b Display the result using cout Make c the product of a and b, using c ab (see note below) Display the result. Create complex numbers x, y, and z, and display the results Display a double type-cast to a ComplexNumber Display a ComplexNumber type-cast to a double The product of two complex numbers is found as follows: if a-a and b-b,+b,i then the real part of a *b -a, b-a*b, and the imaginary part of a *b- a, *b,+a,*b,

Answer 1

#include<iostream>

#include<math.h>

using namespace std;

struct complexNumber

{

float real;

float imaginary;

}a,b,c,x,y,z;

int main()

{

cout<<"Hello user!\n";

cout<<"Enter real and imaginary part of 1st complex number:";

cin>>a.real>>a.imaginary;

cout<<"Entered first complex number= "<<"("<<a.real<<")"<<"+"<<"("<<a.imaginary<<")"<<"i";

cout<<"\nEnter real and imaginary part of 2nd complex number:";

cin>>b.real>>b.imaginary;

cout<<"Entered second complex number= "<<"("<<b.real<<")"<<"+"<<"("<<b.imaginary<<")"<<"i";

if(a.real==b.real && a.imaginary==b.imaginary)

{

cout<<"\ncomplex numbers a and b are equal.";

}

if(a.real!=b.real || a.imaginary!=b.imaginary)

{

cout<<"\ncomplex numbers a and b are not equal.";

}

c.real=a.real+b.real;

c.imaginary=a.imaginary+b.imaginary;

cout<<"\nAddition of a and b: "<<"("<<c.real<<")"<<"+"<<"("<<c.imaginary<<")"<<"i";

c.real+=a.real;

c.imaginary+=a.imaginary;

cout<<"\nAddition of a to c: "<<"("<<c.real<<")"<<"+"<<"("<<c.imaginary<<")"<<"i";

c.real-=b.real;

c.imaginary-=b.imaginary;

cout<<"\nSubtraction of b from c: "<<"("<<c.real<<")"<<"+"<<"("<<c.imaginary<<")"<<"i";

c.real=a.real-b.real;

c.imaginary=a.imaginary-b.imaginary;

cout<<"\nSubtraction of a and b: "<<"("<<c.real<<")"<<"+"<<"("<<c.imaginary<<")"<<"i";

c.real=((a.real)*(b.real))-((a.imaginary)*(b.imaginary));

c.imaginary=((a.real)*(b.imaginary))+((b.real)*(a.imaginary));

cout<<"\nProduct of a and b: "<<"("<<c.real<<")"<<"+"<<"("<<c.imaginary<<")"<<"i";

x.real=y.real=z.real=c.real;

x.imaginary=y.imaginary=z.imaginary=c.imaginary;

cout<<"\ncomplex number x= "<<"("<<x.real<<")"<<"+"<<"("<<x.imaginary<<")"<<"i";

cout<<"\ncomplex number y= "<<"("<<y.real<<")"<<"+"<<"("<<y.imaginary<<")"<<"i";

cout<<"\ncomplex number z= "<<"("<<z.real<<")"<<"+"<<"("<<z.imaginary<<")"<<"i";

x.real=(double)x.real;

x.imaginary=(double)x.imaginary;

cout<<"\ncomplex number x type-cast to a double= "<<"("<<x.real<<")"<<"+"<<"("<<x.imaginary<<")"<<"i";

}