Do you mean every atom of oxygen or just the oxygen in the air? The scenario will be very very different.

1. Only air O2 is missing for 5 seasons: I think the consequences are pretty minor. There will be no difference in air pressure if the gas mixture is the same everywhere which can be assumed. The lack of oxygen is not problematic for humans and all animals if I’m not missing something. The radiation poisoning without atmosphere is unpleasant but five seconds are not enough to cause long term damage. The plains and birds will see a 20% drop in pressure but aerodynamics is not my field of expertise so I don’t know how bad that is.

2. All Oxygen is gone for five seconds: apocalypse but you won’t notice because your body just lost most of its mass and all of its functions in an instant.

As a vegetarian I was in this situation just to order garlic bread 🤤

No measurement is perfect. If your statistics are well executed, the measurement is a valid contribution to human knowledge.

Also every measurement is of great impact as long as nobody else can measure more precisely. So just wait 😉

Mens thrift shops are always a gamble. Do you know the website vinted.com? It’s an enormous second hand store. You buy directly from the previous owner. The company is from Lithuania if that matters to you.

As for clothing stores, we need more information. What kind of clothing do you look for and maybe also where exactly do you live. I wear mostly local German brands so that might be no option.

I’m not touching any civ game until it got it’s two DLCs. 5 and 6 had only a really good game loop after them and it’s cheaper that way. I’m not alone in this I think which might be half of the reason for the struggle.

I completely understand that you hate humanity as a whole but you can’t deny that there are some fine specimen among us. On an individual level we can be super nice.

Unfair. The USA is treating its own citizens awful as well.

With higher carbon levels will there be a better RUBISCO? I always wonder how nature could make such an atrocity.

With one layer the case is simple. There is a certain light energy at which the conversion of light to current occurs called gap energy. If the light energy is lower than that no conversion can happen and if the light energy is higher the extra energy is converted to heat and only gap energy remains.

Filtering UV would be a loss but a small one.

First Incompleteness Theorem: “Any consistent formal system F within which a certain amount of elementary arithmetic can be carried out is incomplete; i.e. there are statements of the language of F which can neither be proved nor disproved in F.” (Raatikainen 2020)

These are 50 cm wide half spheres. If you find that comparable to the situation in the picture your appetite must be enormous.

I sadly don’t understand these units and your point is drained in it. The point I want to make is that the “force” of vacuum is limited by the difference of pressures.

You say it changes “drasticly” with area or suction but that is untrue. It changes linearly with area (not drastically) and pressure difference has a maximum. The maximum is defined by the pressure of the vacuum(=0) and the pressure of the ambient air (1 arm). Both are constant so the maximum is constant and actually not that big.

The difference between ambient pressure and inner pressure is always smaller than ambient pressure. Delta p is therefore limited. The force comes from Delta p times contact area which is constant.

I sadly don’t know your units of mass but as I said a perfect vacuum over an area such as the Bowl is as strong as a muscle. The Ravioli will in no world produce a strong vacuum so muscle will win in most cases.

It’s delta p and not fraction p. The difference between ambient pressure and inner pressure (at least zero) is always smaller than ambient pressure. Delta p is therefore limited.

The pressure acts over the area of contact. For a perfect vacuum it would lead to ~1kN of force. This is the same order of magnitude our muscles produce. If you take into account that the vacuum results from cooling over such a small temperature interval the force can’t be too high.

The power of suction is physically limited. That means it either isn’t suction or op is crazy weak. My guess is that the plastic melted (probably not from boiling Temp) or op is strongly exaggerating.

The normal lead we know but still special. Is the last stable element in the PSE and there is the theory that it’s actually radioactive (unstable) but the decay is so slow that we probably never see a single atom of it decaying.

Yes. Every now and then we get a paper claiming that they found a HTSC. It always is a big deal because they are considered the holy grail of solid state physics. Later we find that it’s a mistake.

We are pretty good though. Records are in the area of −135 °C (138K, -211°F) but the phenomenon was thought to be at a few Kelvin max in the last century.

The big BUT is that it’s science. Meaning that it is not granted that such a material (superconducting at ambient temperature and pressure) even exists

I would say “High Temperatur Superconductor”. If they can be made cheaply, they solve our Energy Problems in almost every way. Turbines will become more effective, Transport of Energy cheap and lossless and storage crazy effective. They will also revolitionize meassurement of magnetic fields witch will have a huge impact on medicin and other fields.

Cant you get chicken cooked in it’s own blood in Portugal? Why ist this your favourite?