I once had a 5 gallon bucket outside full of water. The bucket had been used for brewing beer and was extremely clean. It may have filled with rain water. One night it was very cold, like 20 F. When I was leaving for work I happened to look in the bucket and saw only water. I thought maybe the water had frozen but with no bubbles, so I kicked it to see if it was solid or liquid. It was liquid and instantly turned solid, with plenty of bounces. This was my first hands on experience with Water in its supper cooled state. Be cautious of water in its supper heated state in the microwave.
@@gingersnapuu444 it doesn't have thoughts. The guy above is confusing a study that considers our thoughts/feelings having an effect on water and decomposition of foods. The observed electron theory.
@@leonardodavincithegenius4615 dude, i'm not gonna judge your beliefs or something, but i'm a christian and i also have my reasons to believe. Just keep this stuff for your self. What you show in the video can be explained with the placebo effect
@@kevinratay8285 No its the soap molecule.. one end HATES water, the other LOVES it! so it will squeeze into the virus, to get away from the water - the other end loves water, so it will eventually 'pull apart' any thing it attaches to! This is also why your skin gets bad if you leave it on too long!! :O
@[AUTHORITY OF FINEST REALM] Every single person that has ever had hydrogen dioxide has died. We must put a stop to this. It is a travesty that it continues. Say no to hydrogen dioxide!
This was a good presentation and I thought that I knew a lot about water, and its unusual characteristics to crystalize into different molecular configurations given different frequencies. The dual states and the new experiments are fascinating. Thank you seeker for continuing to deliver interesting new content.
What she is talking about is how to make drinking water out of salty water... What the pictures show is how to make salt out of salty water... She messed with us lol
How she tell all properties is really nice .her talking style is better than other in this channel. She give information slowly and not loud , it go right into the brain. Others talk too fast to understand everything on the topic
There was an entire university class about water during my undergrad, and I shrugged my shoulder to it, thinking it would be pointless. I think I missed out on an interesting topic :(
The funny thing about ice floating is that this is just one of the many solid phases of water, with other phases forming at different pressures and temperatures. Look at the phase diagram.
In the winter time when the temperature is below freezing I like to take a 2l soda bottle, rinse it out good, fill with water to the top, put the lid on and set it out on my porch in the evening. Most of the time it will still be liquid in the morning, that is until I give it a good knock on the top. Then ice crystals will form and you can watch them grow from the top to the bottom in the span of just a few seconds. For some reason I find this extremely satisfying and never get tired of doing it.
Another interesting fact about water is that it is densest at 4 degrees Celsius (39 Fahrenheit), which means that as a lake or pond freezes over, the bottom will be warmest so fish can survive there.
The only problem in the 2017 study that was mentioned is that only the OVERALL structure of water was solved. X-ray diffraction relies on shining a X-rays on an ice crystal, but these crystals contain thousands of water molecules, so the diffracted maps will slightly be blurry. Diffracting a single water molecule would be impossible because the diffraction map would be too weak to detect. What I would suggest to the researchers is to develop a method where a larger ice crystal is used. But all the water molecules are aligned properly. Then, diffract this ice crystal with X-rays while changing a single condition (temperature or pressure). This should help improve resolution of the diffraction map.
Hydrogen is actually not that great for a combustion engine as it burns too hot and has a low trough speed burn ratio. Great gas for cutting stuff though
As a child I remember going to Mass one Sunday at a microscopic chapel and the sermon was about the silly things people say. The Priest illustrated this by repeating what he had heard while playing golf one day. One of the players was going on about how money was wasted transporting water and his idea was how much money could be saved by using dehydrated water instead of the real stuff! Well, since then I have heard much worse!
Don't forget super-cooled water vapor in the atmosphere, Deuterium Oxide or Heavy Water, the heavier and not so heavy water. Liquid water not freezing when it is below freezing is also a phenomenon.
I like Seeker but... ...This host always make me feel like I'm in kindergarten. It sounds very patronizing and I will never understand why people talk like this. B.t.w.: I also hate it when people talk like this to children.
What makes the surface tension of water become stronger to stick together stronger to become ice as temperature is decreasing? On the other hand, the surface tension of water becomes weaker and weaker to melt ice to liquid as temperature is increasing.
Should be titled "Two State Model of Liquid Water." In low density areas, molecules line up more orderly due to polarity than higher density areas that are packed together chaotically.. The model is not accepted as consensus science, but recent sophisticated research seems to support the Two State Model. It might help explain weird properties of water like less dense solid form and surface tension qualities.
Only if that photon comes from the core. There isn't a zone on the sun that isn't emitting light. The origin of a photon could be from the core or from the surface or anywhere between due to the extreme heat from lower depths (aka incandescence). So it would be more accurate to say that a photon can take up to 100,000 years using your number to exit the sun proper. If the sun suddenly stopped fusing it would glow brightly for a very long time. Also .. if you could name then track the core photon (call him Joe), Joe would be long gone .. instead you would would see his offspring .. I'm guessing Joe the 100000th?
I have been a plumber for over 30 years. I always tell my new helpers "Water is weird, deal with it". We were taught that H2O "is" water, but that's false. In that super pure state, it never resides. The stuff in that form is "aggressive" and it (so to speak) "wants" minerals. It will even etch pyrex glass, in order to strip out what it is "looking for". So, water in a stable state would best be seen as mountain country spring water, or freely flowing creeks. The minerals, salts and acids it "wants" are present, and "coincidentally" is the best form for creatures to drink. Basically, the stuff is like a stew or a soup, and H2O is just the beginning of the recipe.. For these kinds of reasons, I never recommend RO or distilled water for drinking. That junk still "wants" minerals, and not "finding" them in the container, it will strip them out of you! The net result of drinking "super pure" water is a mineral deficiency in the user. One day, the garbage will be outlawed. . .
All i got from this video is theres this weird two state model for water that might possibly explain some of it's quirks, without actually going into how it could explain those quirks, and about 4 minutes of intro to chem overview
I love that I’m watching this instead of doing my science homework that is literally about the states of matter at different temperatures on different planets.
In general, it is the Wanderwals interaction that gives rise bonding between the polar molecules. The specific Hydrogen bonds also gives rise to the extended bonding between two organic molecules owing to the reduced stiffness of the ionized Hydrogen bond in the water molecule.
Water is life. I live in a very dry part of the world and in the winter going to spring when the rains come, you see that nature awakes from total dryness. This does not mean that water alone is life but added to something it forms part of the new life.
We call water "the universal solvent" as it's the most abundant liquid on earth and has the most universal solubility. We compare densitys of all liquid AND solids to water. Air consequentially is the most abundant mixture on the planet and we compare properties and density of all other gasses to it.
You would need a lot of pressure for that. LOTS.. It also depends upon the temperature at which you are trying to do this. The higher the surrounding and the water's temperature, the harder it gets (more pressure needed).
Sure, water evaporates in lower pressure environments, is liquid at atmospheric pressure and solid at around 50000 times (from memory) atmospheric pressure The standard lattice structure doesn't form though. The result is denser than the liquid phase, unlike normal ice.
I love Seeker’s videos, this one seemed a little off though. I felt it was somehow intentionally vague. Usually you guys are really good at adding specifics and granular level details in the explanations, this one seemed a little lacking though. Don’t get me wrong, I find the subject intriguing and want to know more, and certainly not dissing your talents or production quality, just feel it may have been rushed or incomplete or something. Still, very interested in knowing more about water and it’s oddities.
Pure water will freeze eventually if you cool it to a certain point, it is just far below 0 degrees celsius which is the common knowledge "freezing point" of water. At a low enough temperature nucleation of solid water will occur even without the assistance of a foreign contaminant like the minerals found in water
Its becoming well known that swimming in water is not that different from swimming in a pool filled with ball bearings. The feeling of being wet isn't so much that you're in a liquid, but that you're surrounded by an even denser pleatora of these particles. Being wet vs being dry is just a matter of being surrounded by differnt types of particles. If you think about this long enough you will soon realize your place in teh universe.
Never realized this would be something out of the ordinary special. Unless it would be that there are no other molecular compounds that are fluid in average earth conditions that are also bi- or multi- polar in electricity? Don't know about that, but sure would like to know more about it.
Don't forget, deuterium oxide and it's freezing temperature. Also, Tritium Oxide degrades into Helium 3 and oxygen. Which is strange since Hydrogen changes into Helium during that process.
Water has memory and Indians in East exactly have a science on how it works and has quantum machines created. It was thought in the oldest universities on earth , nalandha and takshila. Still some places uses certain technologies to make it behave in certain way.
You forgot to mention another amazing property. That is when ice is compressed, it becomes a liquid again. This is why an ice skater can glide across the ice. The blade of the ice skate concentrates the weight of the person to a very small yet intense area, which causes the top layer of ice to become liquid. If you were to replace water ice with just about any other ice, I do not believe you could skate on it, it would be more like skating on a slab of granite.
The reason ice is so slippery is because the semi-liquid layer just above the top keeps breaking and reforming bonds between the molecules. So if you stand on ice with a semi-liquid surface, you can suddenly slip for seemingly no reason. Body heat can trigger this on ice without liquid.
this isn't exactly how Anders' team from Stockholm presented it/ concluded from their XFEL experiments (X-ray free electron Laser).. I would suggest the presenter to get directly to the authors before presenting it to the public like this....
