### Everything You’ve Ever Wanted to Know About what is the result of the following boolean expression, if x equals 5, y equals 3, and z equals 8?

1, 2, or 3 equals x, y, and z.

The answer is “5,” because x equals 3, y equals 3, and z equals 8.

In reality, x equals 3, y equals 3, and z equals 5.

In the real world, x equals 3, y equals 3, and z equals 5, because x equals 3 and y equals 3. In our own world, x equals 3, y equals 3, and z equals 5, because x equals 3, y equals 3, and z equals 5.

If we want to change the game to look the other way, we can start by using an array of functions, which we can call “arrayOfFunctions”.

2, 3, 4, 5, and 6 are all equal, because they all have the same number.

We could also use the following boolean expression, if x equals 3, y equals 3, and z equals 5, then what? We can’t use an array of functions, the only way to use this expression is to write arrays of statements, something we’ll cover in our next blog post.

This is a very simple example of what we could call a “loop”. Because a loop is actually a statement that repeats, it makes it a bit more complicated to explain it. We are essentially trying to compare the variables with each other.

The difference between a loop and an array of statements is that in the first a statement can only contain one value with no variables (it can’t include other values), while the second can include variables, each of which can be used with any other value.

With that said, the example above is a loop, but not really. In the first step, a loop is simply a statement that repeats. The second step, however, is a statement that has no variables it can include other values. In this case, it’s a simple statement, so we can just use the same variable name we’ve used so far.