Answer:
The function modification to this question can be given as follows:
Modification Function:
double KelvinToCelsius(double valueKelvin) //defining method KelvinToCelsius
{
double valueCelsius = valueKelvin - 273.15; //defining variable valueCelsius and calculate value
return valueCelsius; //return value
}
The whole program to this question as follows:
Program:
#include <stdio.h> //include header file to use basic functions
double CelsiusToKelvin(double valueCelsius)//defining method CelsiusToKelvin
{
double valueKelvin = 0.0; //defining variable and assign a value
valueKelvin = valueCelsius + 273.15; //calculate value
return valueKelvin; //return value
}
double KelvinToCelsius(double valueKelvin) //defining method KelvinToCelsius
{
double valueCelsius = valueKelvin - 273.15; //defining variable valueCelsius and calculate value
return valueCelsius; //return value
}
int main() //defining main method
{
double valueC = 0.0,valueK = 0.0; //defining variable valueC and valueK assign value
valueC = 10.0; //change variable value
printf("%lf C is %lf K\n", valueC, CelsiusToKelvin(valueC));
valueK = 283.15; //change variable value
printf("%lf is %lf C\n", valueK, KelvinToCelsius(valueK));
return 0;
}
Output:
10.000000 C is 283.150000 K
283.150000 is 10.000000 C
Explanation:
In the above modification function, a function "KelvinToCelsius" is defined, which accepts double variable "valueKelvin" as a parameter, and the function returns a value, which is double type. Inside a function, another double variable valueCelsius is defined, which minus 273.15 from parameter value and, store this value in valueCelsius variable.
Answer:
public static double kelvinToCelsius ( double valueKelvin ){
double valueCelsius;
valueCelsius = valueKelvin - 273.15;
return valueCelsius;
}
Explanation:
