Every program we've seen so far has only had one possible path of execution — they all execute line by line, from top to bottom. And every time you run one of those programs, it gives you the same ...

Before we dive deep into the syntax of the [...] statement, let's do a demo! Here, we have coinflip.cpp program that simulates a coin toss: - 50% of the time, it's Heads. - 50% of the ti...

An [...] statement is used to test an expression for truth and execute some code based on it. Here's a simple form of the [...] statement: [...] If the condition is [...] , then the *sta...

When writing conditional statements, sometimes we need to use different types of operators to compare values. These operators are called relational operators. To have a condition, we need relati...

We can also add an [...] clause to an [...] statement to provide code that will only be executed if the condition is [...] . Here's a form of an [...] statement that includes an [...] clau...

So what happens if you want more than two possible outcomes? This is where [...] comes in! [...] [...] [...] The [...] statement always comes after the [...] statement and before the...

Now that we know how [...] , [...] , [...] work, we can write programs that have multiple outcomes. Programs with multiple outcomes are so common that C++ provides a special statement for it......

Congratulations! Here are some of the major concepts: - An [...] statement checks a condition and will execute a task if that condition evaluates to true. - [...] / [...] statements make ...