Gain insights into implementing concurrency in Go, explore common patterns, and learn to write efficient, practical applications leveraging Go's outstanding support for concurrency.

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Mastering concurrency can make you a much more in-demand developer on the job market. It's becoming an increasingly important concept in modern programming as multi-core devices become more and more prevalent.

The good news is that Go has some outstanding support for concurrency out of the box that makes implementation a breeze. In fact, concurrency in Go is easier to implement and faster than in any other major language.

In this course, you'll start off with a general introduction to concurrency and build up to more advanced concepts and implementation in Go. You'll also have a chance to go through some common patterns that will make your life easier and your code more efficient. By the time you're done, you'll be able to make use of Go to write efficient, practical applications that use concurrency.

Mastering Concurrency in Go

Newly created goroutines are executed with independent address space. 

Newly created goroutines are executed with independent address space.

What is the output of the following program?

```Go
func main(){
    var count int
    go func(){
        count++
        fmt.Println(count)
    }()
   go func(){
        count=2
        fmt.Println(count)
 }()
}

  
```

What is the output of the following program?
<pre><code class="language-Go">func main(){
 var count int
 go func(){
 count++
 fmt.Println(count)
 }()
 go func(){
 count=2
 fmt.Println(count)
 }()
}

 
</code></pre>

The WaitGroups from the `sync` package help us in communicating between concurrent operations. 

The WaitGroups from the <code>sync</code> package help us in communicating between concurrent operations.

WaitGroups and Mutex are imported from which of the following packages?

WaitGroups and Mutex are imported from which of the following packages?

What is the output of the following program?

```
func main() { 
 channel1 := make(chan string)
 select {
 case <-channel1:
 default:
 fmt.Println("this is the default case.")
 }
}

```

What is the output of the following program?
<pre><code>func main() { 
 channel1 := make(chan string)
 select {
 case &lt;-channel1:
 default:
 fmt.Println(&quot;this is the default case.&quot;)
 }
}

</code></pre>

Answer the following questions:

Answer the following questions:

Test your knowledge of the building blocks of concurrency in Go!

Introduction to Concurrency

Building Blocks of Concurrency in Go

Exam I on Mastering Concurrency in Go

Basic Concurrency Patterns in Go

Exam II on Mastering Concurrency in Go

Quiz on Building Blocks of Concurrency