HDQUZ, please do not answer my tutor question. thank you.

// Passing arguments by-Value and using return types.

#include

using namespace std;

// Constant factor for gravitational acceleration

const double GRAVITATION_CONSTANT = 9.8; // meters/sec^2

// TODO: Declare 3 function prototypes

// - Name: getFallingTime.

// Parameters: .

// Returns: a double for the amount of time an object falls (to be entered by the user).

// - Name: fallingDistance.

// Parameters:

// - 1 double for time in seconds (pass by value)

// Returns: a double for the number of meters the object falls

// - Name: displayResults

// Parameters:

// - 1 double for time (in seconds - pass by value)

// - 1 double for distance (in meters - pass by value)

// Returns:

// ********************************************

int main()

{

// Declare program variables.

double timeInSeconds, distanceInMeters;

// TODO: Call function to get the amount of time the object falls.

// A double value is returned - assign to the correct variable

// TODO: Call function to calculate the distance the object falls,

// given the seconds that it falls

// Pass one argument representing the amount of time the object falls.

// Assign the returned value to the correct variable

// TODO: Call function to print the results.

// Pass the correct two arguments to the function

// Nothing is returned, so do NOT provide a variable assignment

cout << "End program - ";

return 0;

}

// ********************************************

// TODO: Define getFallingTime()

// Refer to the function prototype above for parameter and return type info

//

// Repeat

// - Prompt the user to enter the seconds the object falls

// - Read the user's keyboard response

// Until a value more than 0 is entered

// ********************************************

// TODO: Define fallingDistance()

// Refer to the function prototype above for parameter and return type info

//

// The formula for the distance an object falls due to gravity is:

// d = 1/2 gt^2 (^2 means squared)

// where:

//d = the distance the object falls (in meters)

// g = the gravitational acceleration constant (in meters per second squared)

// t = the amount of time the object falls (in seconds)

// ********************************************

// TODO: Define displayResults()

// Refer to the function prototype above for parameter and return type info

// Output statement to format results as shown in Sample Output

// using values passed to parameters.

/* Sample Output

Sample Run #1:

=====================

Enter seconds the object falls: 0

Enter seconds the object falls: 5.75

In 5.75 seconds, the object falls 162.006 meters.

End program - Press any key to continue . . .

Sample Run #2:

=====================

Enter seconds the object falls: -10

Enter seconds the object falls: -1

Enter seconds the object falls: 0.75

In 0.75 seconds, the object falls 2.75625 meters.

End program - Press any key to continue . . .

*/

How do I program this properly in C++ programming ? Please follow the ToDos as assigned in the question