Question

CAN YOU HELP ME TO DO THIS EXERCISE PLEASE USING C++

Write a program that gives the user two options:

(1) Transform a temperature value from Celsius to Fahrenheit or
(2) Transform a temperature value to Fahrenheit to Celsius.

The two options are communicated to the user by the console by means of "cout" with this text:

"If you want to transform from Fahrenheit to Celsius between character C (capital)."
"If you want to transform from Celsius to Fahrenheit between the character F (capital)."
After the user defines the temperature transformation option they want, type [ENTER]. And then enter the value of the temperature you want to transform.

The formula for the transformation is:

F = (0.9/5.0)*C+32.0;

Use and develop this key:

class TempUnitConversion{

private:

float celcius;

float farenheit;

public:

float getFarenheit(){

returnfarenheit;

}

void setFarenheit(float readFarenheit){

farenheit=readFarenheit;

}

float getCelcius(){

return celcius;

}

void setCelcius(float readCelcius){

celcius=readCelcius;

}

void changeCelciusToFarenheit(){

}

void changeFarenheitToCelcius(){

}

};

Each of these methods has to be used in the duty so that the duty is correctly done.

The main () function is used exclusively for the following:

(1) Instance an instance of the TempUnitConversion class
(2) Receive the user's entries to determine:

(a)From what unit of temperature to which unit of temperature does the user transformation want to make.
(b)The calculation value made by the instance of the TempUnitConversion class

(3) The output of the calculation made by the instance of the TempUnitConversion class

Answer 1

Program:

//header file
#include<iostream>
using namespace std;
//class declaration
class TempUnitConversion{
   //variable declaration
   private:
       float celcius;
       float farenheit;
   //method declaration and definition
   public:
       float getFarenheit(){
           return farenheit;
       }
       void setFarenheit(float readFarenheit){
           farenheit=readFarenheit;
       }
       float getCelcius(){
           return celcius;
       }
       void setCelcius(float readCelcius){
           celcius=readCelcius;
       }
       void changeCelciusToFarenheit(){
           farenheit = celcius * 9.0/5.0 + 32;
           cout<<"Fahreinheit value for "<< celcius <<" Celsius is: " <<farenheit;
       }
       void changeFarenheitToCelcius(){
           celcius = (farenheit - 32) * 5.0/9.0;
           cout<<"Celsius value for "<< farenheit <<" Fahrenheit is: " <<celcius;
       }
//end of the class
};
//defining main function
int main(){
   //declaring required variable
   float cls,frt;
   char choice;
   //creating test object
   TempUnitConversion ob;
   //asking for user input
   cout<<"Choose C (Fahrenheit to celsius) or F (Celsius to Fahrenheit):";
   cin>>choice;
   //checking for the user request and calling the temperature transformation
   if(choice=='C'){
       cout<<"Enter Fahrenheit value to transform to celsius: ";
       cin>>frt;
       ob.setFarenheit(frt);
       ob.changeFarenheitToCelcius();
   }  
   else if(choice=='F'){
       cout<<"Enter Celsius value to transform to Fahrenheit: ";
       cin>>cls;
       ob.setCelcius(cls);
       ob.changeCelciusToFarenheit();
   }
   else{
       cout<<"The option choosen is not correct";
   }
//end of main function
}

Output: