A palindrome is a number or a text phrase that reads the same backwards as forwards. For example, each of the following five-digit integers is a palindrome: 12321, 55555, 45554 and 11611. Write a C++ program that reads in a five-digit integer and determines whether it is a palindrome .

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Answer:

Here is the solution for given problem  :)

WORKING CODE:(In C++):

complex.h:

#ifndef COMPLEX_H
#define COMPLEX H
struct complexNumber {

float re = 0; // real part of complex number re=

float im = 0; // imaginary part of complex number
};
class complex {
public :

	complex ();
	complexNumber add(complexNumber, complexNumber);
	complexNumber multiply(complexNumber,complexNumber);
	complexNumber absolute(complexNumber);
	complexNumber getLastAnswer();
	void print(complexNumber);

private:
	complexNumber storeLastAnswer(complexNumber);
	complexNumber lastAnswer;
};
#endif

complex.cpp:

#include <iostream>
#include "complex.h"
#include<cmath>
using namespace std;
complex::complex() {//default constructor of complex class

}
complexNumber complex::add(complexNumber c1,complexNumber c2)
{
	//calculating the addition operation of complex numbers
	lastAnswer.re = c1.re+c2.re;
	lastAnswer.im = c1.im+c2.im;
return lastAnswer;
}
complexNumber complex::multiply(complexNumber c1,complexNumber c2)
{
	//calculating the multiplication operation of complex numbers
	lastAnswer.re = (c1.re*c2.re)-(c1.im*c2.im);
	lastAnswer.im = (c1.re*c2.im)+(c1.im*c2.re);
return lastAnswer;
}
complexNumber complex::absolute(complexNumber c1)
{
	//calculating the absolute of complex number
	lastAnswer.re = sqrt((c1.re*c1.re)+(c1.im*c1.im));
	lastAnswer.im = 0.0;
	return lastAnswer;
}
complexNumber complex::getLastAnswer()
{
	//returning the previous answer..
	return lastAnswer;
}
void complex::print(complexNumber c1)
{
	//printing the complex number..
	cout<<c1.re<<"+"<<"("<<c1.im<<"i"<<")"<<endl;
}

main.cpp:

#include "complex.cpp"
int main()
{
    struct complexNumber numl, num2, result;
    numl.re = 10;
    numl.im = -5;
    num2.re = 2;
    num2.im = 1.5;
    complex calc;
    result = calc.add(numl, num2);
    calc.print (result);
    calc.print(calc.getLastAnswer());
    result = calc.absolute(result);
    calc.print(result);
    calc.print(calc.getLastAnswer());
    result = calc.multiply (num2, calc.getLastAnswer());
    calc.print (result);
    calc.print(calc.getLastAnswer());
return 0;
}

OUTPUT: