#include <stdio.h>
 
// function prototypes
float toCelsius    (int theFahrenheitTemp);	
float toFahrenheit (int theCelsiusTemp); 
 
int main ()
{
   int i;  // loop index
 
   for(i = 0; i <=110; i +=10)			// count by 110 by incriments of 10	
   {
   	printf("Celsius to Fahrenheit:\n");				//line header		
   	printf("%d C = %2f F\n", i, toFahrenheit(i));	// Labels for line header and data grab
   }
 
 
   for(i = 32; i<=232; i +=10)			// count to 232 by incriments of 10
  {
  	printf("Fahrenheit to Celcius:\n");				//line header
  	printf("%d F = %2f C\n", i, toCelsius(i));		//labels for line header and data grab
  }
 
return 0;			// return 1 loop
}
 
//*********************************************************************
//
//			Function toCelsius
//
//			Description : Converts Fahrenheit to Celsius
//
//			Parameters : theFahrenheitTemp - holds value of fahrenheit to be converted
//
//			Returns : theFahrenheitTemp - Converted temp from C to F
//
//**************************************************************************
float toCelsius (int theFahrenheitTemp)
{
theFahrenheitTemp = (theFahrenheitTemp - 32) * 5 / 9;  // Math equation for C to F
return theFahrenheitTemp;							   // Returns converted value to printf statement
}
 
//**************************************************************************
//
//			Function : toFahrenheit
//
//			Description : Converts Celsius to Fahrenheit
//
//			Parameters : theCelsuisTemp - holds value of Celsius temp to be converted
//
//			Returns : theCelsuisTemp - Converted temp from F to C
//
//*************************************************************************
float toFahrenheit (int theCelsiusTemp)
{
theCelsiusTemp = (theCelsiusTemp / 5 * 9) + 32; // Math equation for F to C
return theCelsiusTemp;							// Returns converted value to printf statement
}

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