"Water doesn't follow the normal rules of chemistry... it expands when it freezes, and so ice floats on water."
"Water exposed to pyramid energy becomes healing water."
"Water is always level, whether it's in a glass, bathtub, swimming pool, lake, or ocean."
"Experiments have shown that water remembers everything that occurs in its space."
"Warm water will not freeze, and it melts ice."
"The autoionization constant of water, Kw, is 1 times 10 to the negative 14 at 25 degrees Celsius."
"Our bodies are made of nearly 90 percent water... our thoughts and feelings can be recorded by water... hydrogen has the memory."
"Water maintains its level and also finds itself in a globular spheroid shape."
"Water is friendly again because of the fact that it has amazing properties when it comes to absorbing heat and being able to dissipate."
"The nature of water is always flat when left unmanipulated, it always finds its level, it never curves or bends."
"Liquid, solid, gas - water comes in three forms."
"Alkaline water increases/decreases the cluster size of the water molecule."
"Water doesn't read words but it does absorb the energy of words and crystallize into form."
"If water didn't float, then the lakes and the rivers and the streams and the oceans would freeze from the bottom up."
"Water is wet because water is sticking to other water through hydrogen bonding. Water molecules are made up of hydrogen atoms bonded to oxygen atoms."
"Flowing water is far harder to freeze than still water."
"Water sticks to other water because the water is sticky to water."
"Water is sometimes called the only true universal solvent because it dissolves more substances than any other chemical."
"Water expands when it freezes, which is why frozen pipes burst in the winter and ice floats on water."
"When you freeze water it expands in forming ice, whereas for almost any other substance you could ever name, when you go from a liquid to a solid it actually contracts and gets smaller."
"That's exactly what happens with ice. As you all know, ice has a smaller density than water."
"Have you ever wondered why water cleans so well? It's because of its asymmetrical molecules."
"Pure water at 25 degrees Celsius has a pH of seven."
"Water doesn't burn, but the chemist isolates hydrogen from the water, and hydrogen is a gas that burns."
"Water bends light and muffles sound; it's a Great Deceiver."
"It's still water and it's still ice, but just very different in structure and in properties."
"Water's an exception; it's a really important exception."
"The fact that water gets bigger when it freezes protects life in colder climates."
"Water is a molecule which can easily diffuse through the extracellular and intracellular spaces."
"The water changes from its initial state which is structured to ordinary water; it undergoes a transition, an abrupt transition, and that transition allows the proteins to undergo the folding."
"The water inside the cell is negatively charged and in fact, I think it's the negatively charged water that's responsible for the negative charge that people measure inside of cells."
"Water is one of the only substances that as it gets cold, expands."
"This leads to all the unique properties of water which are adhesion, cohesion, the fact that water's a really good solvent."
"Hydrogen bonds are super important for the properties of water."
"Water won't conduct electricity unless it's got minerals in it."
"The polarity of water is essentially the cornerstone of life itself."
"When water reaches high temperatures, it changes into steam and expands at that point it's over a thousand times greater than its original liquid volume."
"Water is a great solvent, especially of polar substances."
"Cohesion means the water molecules stick together."
"Adhesion is when the water molecules stick to other things."
"Ice is less dense than water, which means that ice floats and therefore insulates the water underneath."
"Water has a very high specific heat capacity."
"High latent heat of vaporization means it takes a lot of energy to evaporate water and turn it into a gas."
"Water has a very high specific heat, also known as thermal capacity."
"Water can act as either an acid or a base, it's something known as being amphoteric."
"Ice expands when it cools because the hydrogen bonds push the molecules further apart, making them less dense."
"Water's unique emergent properties arise from the structure of the water molecule."
"Water has an unusually high surface tension due to hydrogen bonding."
"Water can absorb or release a large amount of heat with only a slight change in its own temperature."
"Water resists changing its temperature because of its high specific heat."
"Ice floats in liquid water because hydrogen bonds in ice are more ordered, making ice less dense than liquid water."
"Water is the solvent of life; it is highly soluble due to its polarity."
"The chemical characteristic of water that lends to these four emergent properties is the polarity of water."
"Water's chemistry will be critical as to why it behaves the way it does, why it's special."
"Hydrogen-bonding gives water properties that help make life on Earth possible."
"Cohesion is due to hydrogen bonding where the water molecules like to be with one another."
"Water has an immense, what we call, heat capacity. It's able to absorb tremendous amounts of energy without changing its temperature as much as other substances would."
"Water in its solid state or what we call ice, floats in its liquid state. This is an abnormality when you think about all of the molecules."
"The specific heat of water is the highest of any common liquid."
"Pure distilled water is a poor conductor, but the ions usually found in ordinary water make it a good conductor."
"Water isn't wet, but things become wet based on their interaction with water."
"They're always looking for water because it has this very, very special set of properties that are so important for life."
"Ice floats on liquid water is really weird and a really important."
"Pure water doesn't actually conduct electricity at all."
"This water has the capacity to store and even transmit information from the environment from anywhere."
"Water's ability to form hydrogen bonds is super important for cohesion, adhesion, and its thermal properties."
"Water and its properties make life possible."
"Make sure you know all of the characteristics that make water special."
"The correct refractive index for water at most average temperatures is 1.33."
"Water can act as either an acid or a base, depending on the reaction conditions."
"Pure water has a neutral pH because it contains the same number of hydrogen ions and hydroxide ions."
"Water... has really unique properties that we think are really critical to the formation of life."
"One of the most important features of water is that it's an example of what we call a polar molecule."
"Water is made from hydrogen and oxygen, and the trick to water being polar is this right here: oxygen is going to hog the electrons from hydrogen."
"Water has a very high surface energy or surface tension because it has a very strong interaction potential because of hydrogen bonding."
"Water freezes at zero degrees but reaches its highest density at four."
"Ice is buoyant in water; it can make the rocks float just enough to move."
"Water does contain memory... it's not part of the atoms, it's in the holographic nature of the electrostatic charge and its geometry."
"The most classic case is water... it's so light but has a very high boiling point compared to its molecular mass because of the strong intermolecular force of attraction of H bonding."
"Water has a dielectric constant of eighty. That's enormous."
"The chemical and physical properties of water are important for life on Earth."
"Many of the properties that you see in water are related directly to the balance between these two structures that makes water to be that weird."
"Water is the smallest molecule that we have that exists as a liquid and it's only that because of these hydrogen bonds."
"The balance between these two is giving a lot of the magical properties of water."
"The properties of water are determined by a weak force of a special sort: the force that is involved in the hydrogen bond."
"Water is the universal solvent; it will dissolve anything it ever comes in contact with."
"The strength of hydrogen bonds can pull water a thousand meters before the column will break."
"Water molecules like to stick together, and that means that insects can use it to support their weight."
"Solid water, which we call ice, is actually lighter, less dense than liquid water."
"Hydrogen bonds give water the property that's necessary for life on Earth."
"Water can actually form two hydrogen bonds. That's what makes it so strong."
"Water has a unique fate; it is dense in liquid state."