At a high enough voltage, everything is an electrical conductor. Pure water is an exceptionally bad electrical conductor, though.
No,pure water is not alkali.Pure water is neutral.
tungsten is a poor conductor of electricity,tungsten glows when electrical energy from the energy source is flowing through the conductor of electricity and when electrical energy reach the metal filament(tungsten) the tungsten gets electrical energy and produce heat when it became white-hot and the tungsten glows the glows is called light.
Thermal conductivity of beryllium: 190 W/m.K Electrical resistivity of beryllium: 4.10-8 ohm.meter
Pottery is an insulator. Both electrical and thermal. However earthenware (low fired clays like brick) can be porous (liquids can penetrate it) and if the liquid is an electolyte (like salt water), certain electrical conduction can take place.
It does not affect the quality of pure water. However, if the water is exposed to the atmosphere it will get bacteria in it and their growth will be affected by the temperature.
Pure water is a insulator, however if there are ions in the water it becomes an excellent conductor.
Mercury is the best conductor in its pure liquid state, as it has high electrical conductivity due to its free-flowing electrons.
Pure water is a poor conductor of electricity. It contains very few ions and therefore has a low electrical conductivity, making it a weak electrolyte.
Guessing you mean electrical conduction. Yes, liquids can conduct electricity. Pure water is a poor conductor, water with impurities like salt water is an EXCELLENT conductor.
pure water is an insulator.
Sodium in its pure form is a good conductor of electricity. It easily loses an electron, creating a positive ion which can move freely and carry an electric current. However, sodium is not commonly used as an electrical conductor because it is highly reactive with air and water.
Water acts as a conductor of electricity because it contains ions that can carry electrical current. In pure form, water is a poor conductor, but it becomes more conductive when impurities or salts are dissolved in it, increasing its ability to carry electrical charges. This is why water or moisture can lead to short circuits in electronic devices or electrical systems.
Water is not a good insulator as it is a conductor of electricity. It contains ions that allow electrical currents to pass through it easily. As a result, it is important to keep water away from electrical sources to prevent electrical shocks or damage.
Water does conduct electricty, which is why it is dangerous to use electrical items in a bathroom. Absolutely pure water is not a very good conductor, but any water you're likely to be around outside a chemistry lab is not all that pure.
Pure water is a good insulator because it is a poor conductor of electricity due to its low ion concentration. The lack of free ions makes it difficult for electric current to flow through water, reducing the risk of electrical shock. The high resistance of pure water to the flow of electricity makes it an effective insulator for electrical applications.
Pure water by itself is not much of an electrical conductor. You can increase the ability of water to conduct electricity by adding a substance such as a salt that dissolves in water, separating into positive and negative ions. The ions in the water are able to conduct/transfer electrons maintaining an electrical circuit through the water.
Tap water is a better conductor of electricity compared to pure water because it contains dissolved minerals and salts that increase its conductivity. Pure water, with no impurities or minerals, is a poor conductor of electricity.