FILL IN THIS CODE THIS IS C++ //************************************************

Question

 FILL IN THIS CODE THIS IS C++ //************************************************************************************************** // FILE:        lab05.cpp // // DESCRIPTION: Generates and displays a requested number of  //              random simple division problems for the user to answer. // //              This lab project illustrates the following C++ concepts: //              1. Functions. Function calls. Pass parameters by-value. Return values. //              2. Writing loops. //              3. Writing if statements, if-else statements, and if-elseif-elseif... statements. // // AUTHORS:     <your-name> (<your-email-address) //              <your-partner's-name> (<your-partners-email-address>) // // COURSE:      CSE100 Principles of Programming with C++, Spring 2015 // // LAB INFO:    Lab Number 5; Date/Time: <your-lab-date-and-time>; TA: <your-lab-ta> // // ------------------------------------------------------------------------------------------------- #include <iostream> using namespace std;  #include <cstdlib>   // For rand() #include <iomanip>   // For setprecision(), setw() #include <iostream>  // For endl, fixed #include <string>    // For string class  //-------------------------------------------------------------------------------------------------- // FUNCTION: DisplayDivisionProblem() // // Displays a division problem with the given dividend and divisor for the user. // //-------------------------------------------------------------------------------------------------- void DisplayDivisionProblem(int dividend, int divisor) {         cout << "What is " << dividend << " / " << divisor << " ? --->"; } //-------------------------------------------------------------------------------------------------- // FUNCTION: CalcGrossPay() // // Generates and returns a random integer which is between the minimum number (in // parameter min) and the maximum number (in parameter max).  // Both the min value and the max vale are valid return values. // //-------------------------------------------------------------------------------------------------- int GetRandomInt(int min, int max) {         int randomInt = rand() % (max - min + 1) + min;         return randomInt; }  int main() {         // ask the user how many math problems they would like to answer                   // continue to generate and display new “random” math problems for the user           // as long as they have not yet correctly answered the requested number of problems.                  // generate new math problem                  // display math problem                  // ask the user for the answer to the same current problem until they get the correct answer.                          // give user feedback on thier answer: "Correct", "Too High" or "Too Low"                    // display the average number of attempts that the user required to get the correct answer            return 0; } 

Explanation / Answer

//**************************************************************************************************
// FILE:        lab05.cpp
//
// DESCRIPTION: Generates and displays a requested number of
//              random simple division problems for the user to answer.
//
//              This lab project illustrates the following C++ concepts:
//              1. Functions. Function calls. Pass parameters by-value. Return values.
//              2. Writing loops.
//              3. Writing if statements, if-else statements, and if-elseif-elseif... statements.
//
// AUTHORS:     <your-name> (<your-email-address)
//              <your-partner's-name> (<your-partners-email-address>)
//
// COURSE:      CSE100 Principles of Programming with C++, Spring 2015
//
// LAB INFO:    Lab Number 5; Date/Time: <your-lab-date-and-time>; TA: <your-lab-ta>
//
// -------------------------------------------------------------------------------------------------
#include <iostream>
using namespace std;

#include <cstdlib>   // For rand()
#include <iomanip>   // For setprecision(), setw()
#include <iostream> // For endl, fixed
#include <string>    // For string class

//--------------------------------------------------------------------------------------------------
// FUNCTION: DisplayDivisionProblem()
//
// Displays a division problem with the given dividend and divisor for the user.
//
//--------------------------------------------------------------------------------------------------
void DisplayDivisionProblem(int dividend, int divisor)
{
        cout << "What is " << dividend << " / " << divisor << " ? (quotient only) --->";
}
//--------------------------------------------------------------------------------------------------
// FUNCTION: CalcGrossPay()
//
// Generates and returns a random integer which is between the minimum number (in
// parameter min) and the maximum number (in parameter max).
// Both the min value and the max vale are valid return values.
//
//--------------------------------------------------------------------------------------------------
int GetRandomInt(int min, int max)
{
        int randomInt = rand() % (max - min + 1) + min;
        return randomInt;
}

int main()
{
// ask the user how many math problems they would like to answer
int n;
int correct=0,divisor,dividend,answer,total_attempts=0;

cout<<"How many math problems you would like to answer? ";
cin>>n;

// continue to generate and display new “random” math problems for the user
// as long as they have not yet correctly answered the requested number of problems.
while(correct!=n)
{
     // generate new math problem
    dividend = GetRandomInt(50,100);
    divisor = GetRandomInt(1,50);
  
    // display math problem
    DisplayDivisionProblem(dividend,divisor);

    // ask the user for the answer to the same current problem until they get the correct answer.
    cin>>answer;

    while(answer!=(dividend/divisor))
    {
      total_attempts++;

      if(answer<(dividend/divisor))
    // give user feedback on thier answer: "Correct", "Too High" or "Too Low"
        cout<<"Too low!! ";
    else if(answer>(dividend/divisor))
        cout<<"Too High!! ";

    DisplayDivisionProblem(dividend,divisor);
    cin>>answer;
    }
   cout<<"Correct ";
   total_attempts++;
   correct++;
}
// display the average number of attempts that the user required to get the correct answer
cout<<"Average no. of attempts = "<<total_attempts*1.0/n<<endl;

return 0;
}

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