They're solids. An amorphous solid is a solid.

An amorphous material has a liquid atomic structure but does not flow as a fluid.

That is the litteral definition of amorphous materials.

They are classified as a solid liquid or non fluid liquid.

Try and propose a different metric. Guarantee it's basically impossible to standardize.

We use mileage cause it's all we got.

Did you write all that out? Thank you so much. I am saving this for when I buy a house.

dude, you keep linking the same incorrect definition over and over again. whats more, its literally the only source i can find that calls amorphous solids liquids on the entire internet. every single other website correctly calls them solids and you chose to run with the single incorrect one.

Some you can and some you can't. It depends on how the site was built.

The Raw HTML, CSS, and Javascript is visible, and for older websties, that may be all you need. But if a site is made using C#/.NET, PHP, jQuery, Angular, React...etc These things get compiled(converted) from those languages on the server side, and converted into the stuff you see. You can see the end result, but not what goes on behind the closed doors.

So you could steal the code and make something appear the same, but it won't function.

No they are not liquids.

Amorphous solids are liquid solids. Liquids that are not fluid.

 amorphous solid is a liquid that does not flow: its atomic structure is disordered like that of a liquid but it is rigid and holds its shape like a solid.

I used to have one. It wrecked my 2G/3G but my wifi was fine. Idk what else to say

Gas not glass.

> forced air

It has as a fan and blows heat.

If you have a fireplace or radiator, it just gets hot and doesn't actually blow it.

> a furnace

Burns something for heat. This can be natural gas which is piped to the the house, or:

> liquid propane vs heating oil

Propane is an explosive gas. It burns up in a couple seconds.

Oil is not explosive, it burns very slowly and releases more heat, but often produces more smoke.

Oil is safer and easier to haul. Theoretically it might freeze and become buttery in very cold conditions.

> "central"

One unit for multiple rooms. You have ducts (big pipes) that can blow hot air through multiple rooms.

> geothermal

If you place a big container of water in the freezer, it might take days to freeze. The outside can freeze while the inside is warm.

If you have a big mountain, it heats up slightly in the day, and cools down slowly at night. But because it's so different the temperature stays pretty constant. Sometimes it's even constant throughout the year.

If you did a hole that's deep enough, it just keeps getting warmer underground. There's so much dirt that it weighs a lot and won't freeze easily. Eventually if you go super deep your get hot lava.

With geothermal you dig a hole or trench that's deep and run a water pipe through it. When you put cold water in the pipe, the heat deep in the ground will heat it up so you get warm/hot water on the other end.

> boilers

A fire or electric heat that boils water. These are used for big buildings.

Instead of running ducts with hot air.

They run pipes with steam or boiling water.

> Radiator

The hot water from a boiler flows through it and makes it hot. There's no fan, and sometimes they don't even use electricity.

https://upload.wikimedia.org/wikipedia/commons/0/02/Household_radiator.jpg

It just gets hot, and as a result sometimes one side of the room is hot and the other is cold.

If a fan is added it can be a hydronic system and it evens out the temperature better. With a hydronic system, you can also pump cold water and use it as an A/C.

> heat pump

An air conditioner has two ends. One blows hot air, one blows cold air.

Normally you want the cold air to blow inside, and the hot air to blow outside.

It turns out if you run an air conditioner backwards, it will blow cold air outside, and hot air inside. This makes it surprisingly effective as a heater.

An A/C actually produces more heat than cold.

Let's say it's 10 degrees outside. If you cool the outside part of the A/C to zero degrees.

The 10 degrees air actually warms it up from zero to ten degrees.

Because of this, a heat pump can actually grab little bits of heat from outside and it's one of the most energy efficient ways to heat a house.

> mini splits

An A/C has a hot side, and a cold side.

With a mini split you leave the hot side outside, and the cold side inside.

These are connected with pipes instead of ducts.

Pipes end up being more efficient than ducts.

With a central system you have one system for the whole house, or 2-3 zones in a house.

With a mini-split you can have one system for each room.

These systems can each have their own outdoor box, or they can share a big outdoor box.

Mini-splits are especially easy to run backwards and use as a heat pump.

By heating/cooling just the rooms you need you can save a lot of power vs heating/cooling your whole house.

> baseboard

A heater on the bottom of a wall: https://images.thdstatic.com/productImages/a8027bb7-12b0-4200-93c8-260d3ff7c00f/svn/whites-cadet-baseboard-heaters-ebhn1500w-4f_600.jpg

> window units

Mounted in a window. Typically these are air conditioners, but some can do heat as well.

Since they're in a window they can blow the hot air outside the window, and the cold air inside.

They don't need any ducts, pipes, etc.

That's admittedly a common misconception, but glass is an amorphous solid.

New rulers, new religions, new building styles. Why do we see ruins in even modern urban cities? Why are there abandoned train stations in Detroit or Catholic Churches in Gary? The building is no longer useful (what’s the need for a temple to Zeus after adoption of Christianity?), it’s easier to build on a new location than do demolition and removal before building.

It may vary with location, but in the USA the lowest wifi frequency is 2.4GHz, and the highest cell frequency is 2.2GHz

There are way more than 4 states of mater.

Schools teach the wrong shit to keep it super simple. There are 7 states of matter that I'm aware of.

I will die on this hill.

Not all fluids are liquid and not all liquids are fluid. You have non newtonian fluids that are not liquids and you have amorphous solids that have the make up of liquids but are not fluid.

That's a good point about allowing the engine to run closer to peak efficiency more of the time, rather than having to do exactly what the driver requires. The buses in London are all hybrid diesels, and you hear them pull away from each stop on the electric motors, then the engine starts up shortly afterwards and trundles away as needed. So they can avoid the need for peak power on acceleration which tends to be more inefficient. It probably leads to increased reliability as well.

Regarding the valve timing, from memory that's called the Atkinson cycle. It's also used on non hybrid setups sometimes. I used to have a Peugeot 307 2.0 petrol engine that ran exactly like that, and I've encountered it in a lot of other engines as well over the years. As you said it's a reduction in maximum power output in order to increase efficiency.

But cell phone and wifi are at same frequency band

It is similar to both liquid and solid. If we were sticking to the big 4, it would reasonably be a solid. If we are allowing an expansion of the defined states, it would be a separate state that is neither liquid nor solid.

Edit: Note that in the article they keep switching between calling them 'solids that behave like liquids' and 'liquids that behave like solids'. Suggesting that neither category is really applicable.

Which isn't a liquid.

So are you saying that non-newtonian fluids aren't fluids?

You did, and you're still wrong.

An amorphous solid can be described like a liquid, but that doesn't mean it is one. An amorphous solid does not flow; it does not assume the shape of its container.

It is not a liquid.

Ok. Amorphous solids

 amorphous solid is a liquid that does not flow: its atomic structure is disordered like that of a liquid but it is rigid and holds its shape like a solid.

https://www.sciencedaily.com/releases/2008/07/080704153507.htm#:~:text=and%20lubrication%20industries.-,advertisement,its%20shape%20like%20a%20solid.

amorphous solid is a liquid that does not flow: its atomic structure is disordered like that of a liquid but it is rigid and holds its shape like a solid.

No, a cell phone jammer wouldn't do anything to a hard wired connection. A jammer just sends very loud noise on various wireless frequencies so something like a phone can't 'hear' or 'be heard' by a tower any more. They're usually very specific on what they jam, so one designed for cell signals might do absolutely nothing to wifi.

But a non-Newtonian fluid is still a fluid.

No worries. No trying to call you out. Just trying to make sure I wasn't missing anything myself.