`if` executes code under a certain condition, but it's not very similar to branching. The interpreter simply continues executing the code.

### else
The `else` keyword is used in conjunction with `if` to create conditional statements.

let a = 60;

if (a > 200) {
  console.log(a * 2);
} else {
  console.log(a / 2);
};

The `else` syntax is like the `if` syntax without a condition and parentheses `()`.

> Note
>
> If you include an `else` statement, you cannot place the **end-of-command** (`;`) after the `if` code block (`{}`), as doing so will result in a `SyntaxError`.

First, let's get acquainted with JavaScript and look at its syntax. In this section, you will get a basic familiarity with the JavaScript syntax to make it easier to learn in detail later on.

Now it's time to learn about the data types that JavaScript works with. We'll start by looking at the difference between literals and variables, and then delve into the various data types.

We have become familiar with the various data types. Now, let's learn how to work with them by learning the operations we can perform with each data type.

Next, we will learn how to control the flow of execution. It's a straightforward process: we can tell the interpreter exactly what to do under certain conditions.

Next, we will explore how to shorten code using repetitive looped actions. We will examine the types of loops available in JavaScript and learn how to work with them.

Finally, to be able to write simple programs, we need to learn about functions that can make our lives much easier. We will learn how to create and use our functions.

else

What will be the output?

What will be the output?