All right, so you need to boot from the installation media, and then select the install option,
and wait for a minute until the installer interface shows.
You select a language, and if necessary, the keyboard, and then we get to the interface
where you see all the different installation options.
So what did we need to do?
We need to set a root password to password, so I'm using enable root account, and then
I'm going to set this password to a very secure password.
Click done twice, because it's an insecure password, and for insecure passwords, you
need to click done twice.
Then you create a user student, and make sure that the option to add administrative privileges
is selected, and enter the password again.
Next, software selection defaults to a server with GUI.
Make sure that that's the case, and for the network selection, there is also nothing that
you need to do, because it will default to create an IP configuration with the DHCP server.
Then we need to go to the partitioning option, select custom, and click done.
Next, you need to think about what you need to do.
First, we go for the standard partitioning here, and then we create the required partitions.
Now, the sneaky thing in the lab is that the lab is just talking about the swap partition
and the root partition, but you also need a UEFI boot partition.
That's mandatory if you want to boot from UEFI.
600 mebibytes is a recommended minimum, so let's go for that.
And you click OK to create it, and there you can see UEFI system partition, and that's OK.
And then you are OK to put everything else in the root partition.
It's common to have a separate boot partition, but it's not mandatory.
So if it's not mandatory, let's just not do it.
We still have 9.41 gigabytes available, as you can see in the lower left corner.
So now we are going to add this one gigabyte of swap, and then we are ready to get started.
So clicking done and clicking accept changes, and then begin installation,
and wait until the installation has completed.