pour yourself a glass of (water, oil, gasoline, turpentine, epoxy) and look at it.
There isn't any boundary between a liquid and gas.
The density of atoms is much higher on the liquid side of the boundary.
A clear liquid. It is salt water.
Blood is thick, red liquid.
Iron III Chloride is a brown, acidic liquid. It's used in water treatment.
i think it is like if you had hot soup and you let it sit, the top is getting air and cooling off, it's like wet paint, it can look dry but if you bump it, it will smudge.
An atom is too tiny to be in a liquid . . . some atoms are the building blocks of liquids, though. For instance, the atoms of hydrogen and oxygen work together to form water, which can be a liquid.
There are two layers of liquid hydrogen. The innermost layer is "liquid metallic hydrogen". Also, the liquid hydrogen is not the "core". We are not certain, but it is thought the core is a rocky core.Nobody knows what metallic hydrogen looks like, and there would be no light to see by, but since we're already ignoring every possible detail by presuming that we're not being instantly killed, why should we let a tiny thing like that stop us? My guess is that the boundary between metallic hydrogen and non-metallic hydrogen is not going to be at all like the air/ocean boundary on Earth, but more like the boundary between a liquid and a gas right at the critical point... a sort of fuzzy transition that's not at all distinct. It would probably "feel" more like being underwater (very light, very hot water) mixed with a kind of fogginess.
It is a river in Greek mythology forming a boundary between Earth and the underworld. The mythical description is 'muddy'
Green
In bulk, they look a lot like liquid soap; many liquid crystals are made of materials that chemically are a lot like soap.
look like liquid
they look like plastic in texture.
It's usually a liquid.
It is a thick golden liquid.
by the quantity of the liquid in each cup.
A clear liquid. It is salt water.
Glycerin is a clear colorless liquid.
liquid gold