Yes, it is possible to super-cool water if it is very pure, the container is very clean and the water is kept from even tiny movements. I am not sure how to explain the principles, but it has something to do with some small impurity or disruption being needed to 'seed' the process of forming crystals.
Many, for instance pure alcohol has no water. Liquid nitrogen is another. Water is a liquid, not all liquids are water. Bromine, gallium, and mercury are elements that exist in a liquid form at room temperature. Other elements liquify under specific conditions of temperature and pressure. There are many liquid compounds that do not contain water.
it s pure liquid.
yeah.....it does change when you add some liquid to it......
At normal pressure steam changes to liquid water at 212 degree F.
Pure water will have a high resistance, a low conductivity for electricity. If there are ions present, then the conductivity will be greater.
A pure liquid is a liquid that is not contaminated with any other compound. If water is pure water, then it is a pure liquid. However, shampoo is not a pure liquid.
A pure liquid is a liquid that is not contaminated with any other compound. If water is pure water, then it is a pure liquid. However, shampoo is not a pure liquid.
A pure liquid is a liquid that is not contaminated with any other compound. If water is pure water, then it is a pure liquid. However, shampoo is not a pure liquid.
liquid
Yes.
Yes, water (as a liquid, solid or gas) can be obtained as a pure substance; but frequently water contain many impurities.
Pure water is H2O, liquid at room temperature.
7
It depends on the liquid. Pure water does not conduct electricity, but salt water does.
Water is just about as pure as one can get when it comes to natural liquid.
neutral Apex
The chemical formula of water is H2O, a liquid at r.m.