Shareni

Flip and burn!!!

And I think they rewrote a bunch of C libraries in order to have a better cross-platform compiler for C and zig. Or something along those lines

You can't replace it.

Zig?

The more snaps you have, the slower your machine will boot. It's uniquely shit technology that should die already.

It's far more simple than that. The students are predominantly nobles, and they pretty much completely cut all ties to their previous lives.

So why would you send a hot daughter to become a witch when you can marry her and make political gains? You send the disfigured one so you don't have to waste any more money on her.

The 5th son doesn't need to be disfigured to be essentially useless in the political world.

sysVinit is only the default, it comes with systemd as well.

The tools are useful no matter the init system, and make life easier, especially for beginners.

In essence MX is just Debian with tools to make desktop use easier.

MX > stock

The point is that LXQT and LXDE use half as much ram as Xfce. I'm not saying OP should use KDE.

It's about 300mb lighter than KDE in my experiences. On 2gb of RAM, that makes a difference.

And both LXDE and LXQT use half as much RAM as Xfce.

LXDE is gonna be fine too; but it lacks a lot of the polish that XFCE has. I honestly like both for different things.

I'd rather be able to open more than 5 tabs than have a fancy UI. That's why Xfce is on my newer devices, and I install those 2 whenever someone needs an ancient laptop revived.

Just install a few of them, see what works, how much resources they use up, and what allows you to open more than one browser tab. Hell do it in a VM, Arco-B has a wide range of DE's to choose from in the installer.

From my experience it's barely lighter than KDE. LXQT/LXDE destroy it in every benchmark and in every test I've tried.

Terminal velocity is the maximum speed attainable by an object as it falls through a fluid (air is the most common example). It is reached when the sum of the drag force (Fd) and the buoyancy is equal to the downward force of gravity (FG) acting on the object. Since the net force on the object is zero, the object has zero acceleration

Objects in a vacuum have no drag and no terminal velocity...