Where is the option to insert a PivotTable in Excel 2016 located? A.) Insert tab in the Tables group

B.) Formulas tab in the Data Analysis group

C.) Data tab in the PivotTables group

D.) Data tab in the Tables group
ANWSER: A

B

Explanation:

I don't know if it's correct

A on edg

Explanation:

got it right

Following are the program to this question:

#include<iostream>

using namespace std;

class Complex_number // defining a class Complex_number

{

private:      

int r1, i1; //defining private integer variable

public:    

Complex_number(int r= 0, int i =0) //defining parameterized constructor     {  

    r1 = r;  //holding value  

    i1 = i;  //holding value

 }  

   // using + operator overloading function

Complex_number operator + (Complex_number const &obc) //uing Complex_number class to add values  

 {      

   Complex_number total;//defining class variable

        total.r1 = r1 + obc.r1; //add real values  

       total.i1 = i1 + obc.i1; //add imagnary values  

      return total;//return total

}

void show() //defining method show  

{    

cout << r1 << " + i" << i1 << endl;//print value

}

};

 int main()//defining main method

{

  int real, imaginary; //defining integer variable  

 cout << "Enter the real number \n"; //print message  

cin >> real; //input real value  

cout << "Enter the imaginary number\n"; //print message    

cin >> imaginary;//input imaginary value  

  Complex_number ox(real, imaginary); // creating Complex_number object ox that accepts parameter to call constructor  

  cout << "Enter the real number\n";//print message    

cin >> real;//input real value  

cout << "Enter the imaginary number\n";//print message

  cin >> imaginary;//input imaginary value    

Complex_number oxa(real, imaginary);// creating Complex_number object oxa that accepts parameter to call constructor    

Complex_number oxb = ox + oxa; // creating another object of Complex_number that adds first and second input value     oxb.show();//calling show method

}

Output:

Enter the real number  1

Enter the imaginary number

1

Enter the real number

2

Enter the imaginary number

2

3 + i3  

Explanation:

for explanation please find attachment.