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Functions and Prototypes - Converting Temperatures In this exercise you will create a program that will be used to convert Fahrenheit temperatures to Celsius and Kelvin temperatures through the use of two functions. For this program, assume that temperature will be represented as a double value. Begin by defining the function prototypes for the functions fahrenheit_to_celsius and fahrenheit_to_kelvin which are both passed a double value and return a double value. Now, at the bottom of the file, write the full definitions of both functions. The function fahrenheit_to_celsius is passed a Fahrenheit temperature and returns a rounded Celsius temperature. You may use the function round in order to round the return value. The formula to convert Fahrenheit to Celsius is (5.0/9.0) * (temperature - 32). The function fahrenheit_to_kelvin is passed a Fahrenheit temperature and returns a rounded Kelvin temperature. The formula to convert Fahrenheit to Kelvin is (5.0/9.0) * (temperature - 32) + 273. Remember the rules of PEMDAS when defining the body of your functions. Now, from the temperature_conversion function, declare and initialize the variables celsius_temperature and kelvin_temperature by calling the appropriate functions which you have just defined and passing the variable fahrenheit_temperature. You do not need to declare or initialize fahrenheit_temperature as it is already available to you as a parameter of the temperature_conversion function.

Functions and Prototypes - Converting Temperatures In this exercise you will create a program that will be used to convert Fahrenheit temperatures to Celsius and Kelvin temperatures through the use of two functions. For this program, assume that temperature will be represented as a double value. Begin by defining the function prototypes for the functions fahrenheit_to_celsius and fahrenheit_to_kelvin which are both passed a double value and return a double value. Now, at the bottom of the file, write the full definitions of both functions. The function fahrenheit_to_celsius is passed a Fahrenheit temperature and returns a rounded Celsius temperature. You may use the function round in order to round the return value. The formula to convert Fahrenheit to Celsius is (5.0/9.0) * (temperature - 32). The function fahrenheit_to_kelvin is passed a Fahrenheit temperature and returns a rounded Kelvin temperature. The formula to convert Fahrenheit to Kelvin is (5.0/9.0) * (temperature - 32) + 273. Remember the rules of PEMDAS when defining the body of your functions. Now, from the temperature_conversion function, declare and initialize the variables celsius_temperature and kelvin_temperature by calling the appropriate functions which you have just defined and passing the variable fahrenheit_temperature. You do not need to declare or initialize fahrenheit_temperature as it is already available to you as a parameter of the temperature_conversion function.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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In C++

Create a simple int main() to ask the user to enter a temperature in Fahrenheit. Pass the temperature to the temperature_conversion function, which calls the celsius_temperature and kelvin_temperature functions accordingly. Use the below template to help you organize your program. #include <iostream> #include <cmath> using namespace std; //----DO NOT MODIFY THE CODE ABOVE THIS LINE- //----WRITE YOUR FUNCTION PROTOTYPES BELOW THIS LINE- //----WRITE YOUR FUNCTION PROTOTYPES ABOVE THIS LINE- //----WRITE YOUR int main() BELOW THIS LINE---- //----WRITE YOUR int main() ABOVE THIS LINE---- //----DO NOT MODIFY THE CODE BELOW THIS LINE---- void temperature_conversion (double fahrenheit_temperature) { //----DO NOT MODIFY THE CODE ABOVE THIS LINE. //----WRITE YOUR FUNCTION CALLS BELOW THIS LINE- //----WRITE YOUR FUNCTION CALLS ABOVE THIS LINE-- //----DO NOT MODIFY THE CODE BELOW THIS LINE---- cout << "The fahrenheit temperature << fahrenheit_temperature << degrees is equivalent to << celsius_temperature << < kelvin_temperature << degrees kelvin."; } //----DO NOT MODIFY THE CODE ABOVE THIS LINE--- 11 degrees celsius and 11 <
Transcribed Image Text:Create a simple int main() to ask the user to enter a temperature in Fahrenheit. Pass the temperature to the temperature_conversion function, which calls the celsius_temperature and kelvin_temperature functions accordingly. Use the below template to help you organize your program. #include <iostream> #include <cmath> using namespace std; //----DO NOT MODIFY THE CODE ABOVE THIS LINE- //----WRITE YOUR FUNCTION PROTOTYPES BELOW THIS LINE- //----WRITE YOUR FUNCTION PROTOTYPES ABOVE THIS LINE- //----WRITE YOUR int main() BELOW THIS LINE---- //----WRITE YOUR int main() ABOVE THIS LINE---- //----DO NOT MODIFY THE CODE BELOW THIS LINE---- void temperature_conversion (double fahrenheit_temperature) { //----DO NOT MODIFY THE CODE ABOVE THIS LINE. //----WRITE YOUR FUNCTION CALLS BELOW THIS LINE- //----WRITE YOUR FUNCTION CALLS ABOVE THIS LINE-- //----DO NOT MODIFY THE CODE BELOW THIS LINE---- cout << "The fahrenheit temperature << fahrenheit_temperature << degrees is equivalent to << celsius_temperature << < kelvin_temperature << degrees kelvin."; } //----DO NOT MODIFY THE CODE ABOVE THIS LINE--- 11 degrees celsius and 11 <
Functions and Prototypes - Converting Temperatures In this exercise you will create a program that will be used to convert Fahrenheit temperatures to Celsius and Kelvin temperatures through the use of two functions. For this program, assume that temperature will be represented as a double value Begin by defining the function prototypes for the functions fahrenheit_to_celsius and fahrenheit_to_kelvin which are both passed a double value and return a double value. Now, at the bottom of the file, write the full definitions of both functions. The function fahrenheit_to_celsius is passed a Fahrenheit temperature and returns a rounded Celsius temperature. You may use the <<math> function round in order to round the return value. The formula to convert Fahrenheit to Celsius is (5.0/9.0)*(temperature 32). The function fahrenheit_to_kelvin is passed a Fahrenheit temperature and returns a rounded Kelvin temperature. The formula to convert Fahrenheit to Kelvin is (5.0/9.0)*(temperature - 32) + 273. Remember the rules of PEMDAS when defining the body of your functions. Now, from the temperature_conversion function, declare and initialize the variables celsius_temperature and kelvin_temperature by calling the appropriate functions which you have just defined and passing the variable fahrenheit_temperature. You do not need to declare or initialize fahrenheit_temperature as it is already available to you as a parameter of the temperature_conversion function.
Transcribed Image Text:Functions and Prototypes - Converting Temperatures In this exercise you will create a program that will be used to convert Fahrenheit temperatures to Celsius and Kelvin temperatures through the use of two functions. For this program, assume that temperature will be represented as a double value Begin by defining the function prototypes for the functions fahrenheit_to_celsius and fahrenheit_to_kelvin which are both passed a double value and return a double value. Now, at the bottom of the file, write the full definitions of both functions. The function fahrenheit_to_celsius is passed a Fahrenheit temperature and returns a rounded Celsius temperature. You may use the <<math> function round in order to round the return value. The formula to convert Fahrenheit to Celsius is (5.0/9.0)*(temperature 32). The function fahrenheit_to_kelvin is passed a Fahrenheit temperature and returns a rounded Kelvin temperature. The formula to convert Fahrenheit to Kelvin is (5.0/9.0)*(temperature - 32) + 273. Remember the rules of PEMDAS when defining the body of your functions. Now, from the temperature_conversion function, declare and initialize the variables celsius_temperature and kelvin_temperature by calling the appropriate functions which you have just defined and passing the variable fahrenheit_temperature. You do not need to declare or initialize fahrenheit_temperature as it is already available to you as a parameter of the temperature_conversion function.
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