Non-Conductive Liquid: Dissolving Salt & Water

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In summary, the conversation discusses the possibility of finding a liquid that is non-dissolving, non-mixing with water, and non-conductive. The suggestion of using a non-polar solvent such as hexane is brought up, as polar solvents can break apart ions in a salt due to dipole moments. However, it is noted that hexane still won't mix with water. The conversation ends with questioning the reason for salt dissolving in water.
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Brad_Ad23
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Does anyone know of any type of liquid that will not dissolve any type of salt (or anything in salt water for example), and is not able to mix with water, that is also non-conductive?
 
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  • #2
Never tried it but any non polar solvent, maybe? Hexane?

I really don't know though.

I'm just saying that because polar solvents are capable of tearing the ions from a salt. If the solvent were non polar it would be able to tear apart the ions because there is no dipole moments.

I could be wrong.

Also, hexane won't mix with water.
 
  • #3
is there any particular reason that a salt will dissolve in water, is it because the lowest energy state is achieved?
 

FAQ: Non-Conductive Liquid: Dissolving Salt & Water

What is a non-conductive liquid?

A non-conductive liquid is a liquid that does not conduct electricity. This means that it does not allow an electric current to flow through it.

Can non-conductive liquids dissolve salt and water?

Yes, non-conductive liquids can dissolve salt and water. Even though they do not conduct electricity, they can still interact with other substances, including salt and water.

What happens when salt and water are dissolved in a non-conductive liquid?

When salt and water are dissolved in a non-conductive liquid, the salt molecules break apart and mix with the water molecules, creating a solution. The non-conductive liquid acts as a solvent, allowing the salt and water to mix and become evenly distributed.

Why is it important to use a non-conductive liquid when dissolving salt and water?

Using a non-conductive liquid is important because it can prevent any electrical reactions between the salt and water. If a conductive liquid were used, it could potentially create an electric current, which could be dangerous.

What are some examples of non-conductive liquids?

Some examples of non-conductive liquids include vegetable oil, mineral oil, and silicone oil. These liquids are often used in experiments or industrial processes where electricity needs to be avoided.

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