An aqueous solution conducts electricity because it contains both positive and negative ions that can move freely in the solution, allowing for the flow of electric current. The ions are formed when ionic compounds dissociate in water, creating a conductive medium for the movement of charged particles.
Yes, sodium chloride (table salt) conducts electricity when it is dissolved in water. This is because it dissociates into ions (sodium and chloride ions) in solution, which are able to carry electrical charge and allow the flow of electricity.
Sodium chloride conducts electricity in aqueous solution or when melted. In these forms, the ions are free to move and carry an electric current. Solid sodium chloride does not conduct electricity because the ions are held in a fixed position.
One example of a substance that conducts electricity in its aqueous state but not in its solid state is sulfuric acid. In its aqueous state, sulfuric acid ionizes into ions that are able to carry an electric current, whereas in its solid state it does not have the mobility of ions to conduct electricity.
Cesium bromide in an aqueous solution conducts electric current because it dissociates into Cs+ and Br- ions, which are free to move and carry electrical charge. This process allows the ions to flow and conduct electricity in the solution.
by charge transport and transfer ........they are substances whose aqueous solution are conductors of electricity..electrolytes are good electrical conductors while non electrolytes do not conduct electricity ..........
An aqueous solution conducts electricity because it contains both positive and negative ions that can move freely in the solution, allowing for the flow of electric current. The ions are formed when ionic compounds dissociate in water, creating a conductive medium for the movement of charged particles.
Yes, sodium chloride (table salt) conducts electricity when it is dissolved in water. This is because it dissociates into ions (sodium and chloride ions) in solution, which are able to carry electrical charge and allow the flow of electricity.
An aqueous solution of a binary compound conducts electricity because the compound dissociates into ions in water. These free ions are able to carry electric charge and facilitate the flow of current. It is the presence of these mobile charged particles that allows the solution to conduct electricity.
Sulfur does not conduct electricity in aqueous solution. This is because sulfur in its elemental form is a non-metal and is a poor conductor of electricity. In aqueous solution, sulfur does not exist as an ionic or free electron-carrying species that would allow it to conduct electricity.
Sodium chloride conducts electricity in aqueous solution or when melted. In these forms, the ions are free to move and carry an electric current. Solid sodium chloride does not conduct electricity because the ions are held in a fixed position.
One example of a substance that conducts electricity in its aqueous state but not in its solid state is sulfuric acid. In its aqueous state, sulfuric acid ionizes into ions that are able to carry an electric current, whereas in its solid state it does not have the mobility of ions to conduct electricity.
An aqueous solution of sodium chloride conducts electricity because the ions in the salt dissociate in water, forming sodium (Na+) and chloride (Cl-) ions that are free to move and carry electric charge. These mobile ions allow the solution to conduct electricity.
Cesium bromide in an aqueous solution conducts electric current because it dissociates into Cs+ and Br- ions, which are free to move and carry electrical charge. This process allows the ions to flow and conduct electricity in the solution.
Usually, solid ionic compounds are weak conductors of electricity. Aqueous solutions of ionic compounds are good conductors though as they have free ions for conductivity. When table salt is dissolved, the solution conducts electricity well.
Yes, baking soda dissolved in water can conduct electricity because it dissociates into ions in the solution, allowing for the flow of electric current.
When chemical substances are dissolved in water, this is called an aqueous solution.