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What are the charged particles that move when a liquid conducts electricity?
Wiki User
∙ 11y ago
Liquid conducts electricity due to movement of ions.
Wiki User
∙ 11y ago
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What liquid conducts electricity best?
salt water
What is a liquid metal conducts electricity and does not change when a current passes through it?
This metal is mercury.
Does aluminum oxide conduct in liquid form?
As aluminium oxide is an ionic compound, it conducts electricity in molten state.
Is Mercury electric?
Liquid mercury can conduct electricity, it's what makes mercury thermostats work. As for solid mercury, it conducts electricity in solid phase as all metals do.
Which substance conducts electricity in both molten and solid states?
Ag (silver) because it is a metal and metals conduct electricity no matter in solid or liquid phase.
Does aluminium sulphate conducts electricity?
Yes if it's molten or dissolved in water as the ions (charged particles) can move. No when in solid state as the ions can't move out of position so there is/are no charge/ no free electrons.
Do liquids have charged particles?
It depends on the liquid. A liquid metal or liquid ionic substance have charged particles. Water and other covalent liquid substances do not have charged particles.
What liquid conducts electricity well?
Water.
What liquid conducts electricity best?
salt water
How fruits conducts electricity?
Because Of Its Liquid, And Anything Wet Can Conduct Electricity!
Does a liquid have charged particles?
no
What type of liquid allows electricity to pass through?
Salt water conducts electricity
What is a liquid metal conducts electricity and does not change when a current passes through it?
This metal is mercury.
Does lime water conduct electricity?
yes it does. Almost every liquid that are solutions of acid, base or salt, conducts electricity.
What general name is given to substances that conduct electricity in a solution?
A Liquid that conducts electricity and is decomposed in the process is called electrolyte.
Can iron conduct electricity as a liquid?
Iron melts and becomes liquid at an 2800 degrees Fahrenheit. It can still conduct electricity, but, like all conductors, it conducts better at lower temperatures.
How liquids conduct electricity?
Liquids conduct electricity through the movement of charged particles, typically ions or electrons, within the liquid. The ability of a liquid to conduct electricity depends on its composition and the presence of charged particles capable of carrying electrical charge. Here's how it typically works: Ionization: In many cases, liquids that conduct electricity contain ions, which are atoms or molecules that have gained or lost electrons, thus acquiring a net electrical charge. When dissolved in a liquid, these ions become mobile and can move freely within the liquid. Movement of Charged Particles: When a voltage is applied across the liquid (by immersing electrodes in the liquid and connecting them to a power source), the charged particles in the liquid, such as positive ions (cations) and negative ions (anions), move towards the oppositely charged electrode. Completion of Circuit: The movement of charged particles within the liquid completes an electrical circuit, allowing the flow of electric current between the electrodes. Conductivity: The ability of a liquid to conduct electricity depends on factors such as the concentration of ions in the liquid, the mobility of the ions, and the presence of any other conducting species. Generally, liquids with a higher concentration of ions and higher ion mobility tend to be better conductors of electricity. Electrolytes: Liquids that readily conduct electricity are often referred to as electrolytes. Electrolytes can be either strong electrolytes, which completely dissociate into ions when dissolved in water (such as saltwater), or weak electrolytes, which partially dissociate into ions. It's important to note that not all liquids conduct electricity. Pure water, for example, is a poor conductor of electricity because it contains few ions. However, when certain substances are dissolved in water, such as salt (sodium chloride), the resulting solution becomes conductive due to the presence of ions derived from the dissociation of the salt molecules.
