// Practice#include<iostream>float Convert(float);  //function prototypeint main(){		float tempFer;	float tempCel;		std::cout << "\nPlease enter a temp in Fahrenheit: ";	std::cin >> tempFer;	std::cout << "\nHere is the temp in Celsius: ";	std::cout << tempCel << std::endl;		return 0;}float Convert(float tempFer){	float tempCel;	tempCel = ((tempFer - 32) * 5) / 9;	return tempCel;}

// Practice#include<iostream>float Convert(float);  //function prototypeint main(){		float tempFer;	float tempCel;		std::cout << "\nPlease enter a temp in Fahrenheit: ";	std::cin >> tempFer;        tempCel = Convert(tempFer); // Forgot this :(	std::cout << "\nHere is the temp in Celsius: ";	std::cout << tempCel << std::endl;		return 0;}float Convert(float tempFer){	float tempCel;	tempCel = ((tempFer - 32) * 5) / 9;	return tempCel;}

[source = C++]// Example(s) and exercise(s) from the book: Sams Teach Yourself// Authors: Jesse Liberty and Bradley Jones// Combination with the online tutorial classes from Jeromy Walsh on Gamedev.#include <iostream>double Division(unsigned short int num1, unsigned short int num2);int main(){	double result;	if ((result = Division(0, 1)) == -1) // <--- this part???		std::cout << "Dividing by zero is not possible!" << std::endl;	else		std::cout << result << std::endl << std::endl;			char ch;	std::cout << "\nQuit program by pressing any letter or number!\n";	std::cin >> ch;	return 0;}double Division(unsigned short int num1, unsigned short int num2){	if (num2 == 0)		return -1;	else		return num1/num2;}