For a substance to conduct electricity, it must either have free electrons or have mobile ions. Since in solution NaCl dissociates into Na+ and Cl- ions, it is capable of conducting electricity. In other words, aqueous NaCl conducts electricity.
Molten sodium chloride is also a good conductor.
No, sodium chloride does not conduct electricity in ethanol because ethanol is a nonpolar solvent that does not dissociate ionic compounds like sodium chloride. Sodium chloride only dissolves in ethanol, it does not ionize to form free ions that can conduct electricity.
Sodium chloride (table salt) can conduct electricity in its molten state or when dissolved in water, but not in its solid form. Heat does not directly affect its ability to conduct electricity.
Sodium chloride conducts electricity, but only if dissolved in water. When dissolved in water the ions in this ionic compound break down into both positively and negatively charged ions . It is then that sodium chloride can conduct electricity through these ions.
Yes, copper chloride does conduct electricity when dissolved in water or in molten form. In these states, the copper ions and chloride ions are free to move and carry electric charge.
It is the salt in salt water that allows it to conduct electricity. Salts are ionically bonded substances containing a metal and a nonmetal. The salt in salt water is Sodium Chloride. When dissolved in water sodium chloride dissociated to form positively charged metal ions and negatively charged nonmetal ions. When a potential difference is applied across the solution (or a molten salt) the ions flow (positive to negative and vice versa). This flow of charge allows current flow.
When it is a solid sodium chloride is not an electrical conductor.
No, sodium chloride does not conduct electricity in ethanol because ethanol is a nonpolar solvent that does not dissociate ionic compounds like sodium chloride. Sodium chloride only dissolves in ethanol, it does not ionize to form free ions that can conduct electricity.
Sodium chloride (table salt) can conduct electricity in its molten state or when dissolved in water, but not in its solid form. Heat does not directly affect its ability to conduct electricity.
In order to conduct electricity, sodium chloride has to separate into its ionic forms (sodium ions and chloride ions). It does this in a water (aqueous) solution and also when in molten form, which is when heated above 801 °C.
Sodium Chloride does not conduct electicity because it is not a metal.Chemical Law: The electrons are unable to move through the latice as they could in a metal and therefore cannot carry electrical charge. Dissolving Sodium Chloride in water will enable it to conduct electricity as the electrons become free to move.
Sodium chloride conducts electricity, but only if dissolved in water. When dissolved in water the ions in this ionic compound break down into both positively and negatively charged ions . It is then that sodium chloride can conduct electricity through these ions.
Calcium chloride in solid form does not conduct electricity because it consists of ions that are not free to move. However, when dissolved in water, calcium chloride dissociates into calcium and chloride ions, allowing them to move freely and conduct electricity.
A substance can only conduct electricity if it contains charged particles (electrons or ions) that are free to move around. In solid sodium chloride, there are ions but these ions are locked into the ionic lattice and are unable to move. Ergo, solid sodium chloride is unable to conduct electricity.
It cannot as the ions are not free moving and thus there is nothing to carry the charge. However when in its solution form, or melted, there are free moving ions as the bonds have been broken down, and so in an aqueous state it will conduct.
Sodium chloride is different from a metal as an electrical conductor. This is because sodium chloride is an ionic compound and therefore can only conduct electricity when molten or dissolved, as the ions are free to move in this state. However, metals can conduct electricity when solid or molten because the atoms are free to move in both states, therefore they can carry an electrical charge. This is therefore the difference between sodium chloride and metals as an electrical conductor.
Molten and Aqueous Sodium Chloride conduct electricity because the ions are free to move where as is a solid they have no free room. This is the same for magnesium chloride. In aluminum chloride and phosphorus chloride the solid doesn't conduct electricity because the ions aren't free to move. In liquid form they have converted into a covalent form, and so don't conduct either. All of the other chloride don't conduct electricity because they have no free ions or electrons when solid or liquid.
Yes because this is an ionic compound so when its dissovled in water the ions are free to conduct electricity