Also unclear on that. But what is clear is OP apparently expects everyone to re-make a funny meme that everyone in the world can understand because they have to make a mountain out of a molehill and lack the imagination necessary to fill in the bl*nks.
BOGO (Buy One, Get One [Free]) is a well-known term.
Doctor in Front: Everyone stay behind me. I'm a doctor of art history. It's finally my time to shine.
How many other animals did they put through a sieve to reach this conclusion? How many?!
Which begs the question why not magnets at the top of the building to help pull the electricity up?
Guess it depends on the height, but yeah. Otherwise, we manage to pump a town's worth of water to the top of a tower well enough. From there, gravity can do the rest.
But there's probably a point where cost for that vs height becomes prohibitive.
If the costs of engineering a tower is more than just buying more land, then why build taller?
Figured it'd be something like that. Explains why they get built out in the middle of nowhere since land is cheap.
Tall data centers do exist in cities where land is expensive.
Probably a bit of "hiding in plain sight" that way, too. There are a few big datacenters relatively near me, and they're massive compounds in the middle of even more massive corn fields. Kind of stick out like a sore thumb when you're driving by.
It's almost to "PTSD" since I twitch every time I see a sparkle emoji.
A little TNG + Eurotrip crossover.
And this is AFTER I went in and disabled smart features and remove it as an app.
An unmanaged switch is just a single plane where all ports are equal. All ports share OSI layers 1 and 2. Anything you plug into port 24 can always reach anything you have plugged into port 3.
Managed switches (also sometimes known as "smart" switches) provide additional features on top of that. The most useful is VLANs (virtual LANs) which let you segregate traffic. Two ports on different VLANs share the same physical layer (layer 1) but are separated at the data link layer (layer 2). This lets you create up to 4096 different networks on the same switch; each network is isolated from the other. If port 24 and port 3 are on different VLANs, then they will not be able to communicate unless they can reach a common router at layer 3.
Additionally, managed switches let you do things like disable/enable ports (for security, power savings, etc), enable port mirroring, and combine multiple ports into an aggregation group (e.g. bond four 1 Gb links into one 4 Gb link).
The available features on a managed/smart switch vary by manufacturer and, often, by the license level (sadly common in enterprise gear). VLANs, port control, mirroring, and LAGs are usually common "baseline" features, though.