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Is copper chloride conduct electricity?
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.
Does potassium bromide conduct electricity when in molten state?
Yes, potassium bromide does conduct electricity when in a molten state. This is because the ions in the molten potassium bromide are free to move and carry electric charge, allowing it to conduct electricity.
Does molten sugar conduct electricity?
Yes, molten sugar can conduct electricity. When sugar is melted, it breaks down into its constituent molecules, which can carry an electric charge and allow for the flow of electricity. However, molten sugar is not a strong conductor of electricity compared to metals or other materials.
Why can molten lead a conduct electricity?
Molten lead can conduct electricity because in the molten state, the lead atoms are free to move and carry electric charge. This allows electric current to flow through the molten lead, making it a conductor of electricity.
Can molten lead conduct electricity?
Not all but many of the substances conduct electricity in the molten form. Those substances which are insulators do not conduct electricity in any state, but subs. like ionic compounds start conducting electricity in the molten state.
Why molten sulfur can't conduct electricity but molten copper chloride can?
Molten sulfur consists of S8 molecules that do not have free-moving charge carriers, so they cannot conduct electricity. On the other hand, molten copper chloride dissociates into Cu+ and Cl- ions, which are free to move and carry electrical charge, making it capable of conducting electricity.
Is copper chloride conduct electricity?
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.
Can molten copper conduct electricity?
Yes. Molten copper is just in the liquid phase but the mobile elctrons that compose the metallic bonds are still there hence it will still be a conductor.
Why molten copper chloride conduct electricity?
As copper and chlorine are bonded by ionic bonding , they are placed in a crystal lattice and there is no free moving ions to conduct electricity at the solid state. In molten state, the ions are free to move about.
Does potassium bromide conduct electricity when in molten state?
Yes, potassium bromide does conduct electricity when in a molten state. This is because the ions in the molten potassium bromide are free to move and carry electric charge, allowing it to conduct electricity.
Can ethanoic acid conduct electricity in molten state?
I didn't know electricity had a molten state...
Does copper sodium chloride electricity when molten?
Copper and molten sodium chloride are electrical conductors.
Does molten sugar conduct electricity?
Yes, molten sugar can conduct electricity. When sugar is melted, it breaks down into its constituent molecules, which can carry an electric charge and allow for the flow of electricity. However, molten sugar is not a strong conductor of electricity compared to metals or other materials.
Why can molten lead a conduct electricity?
Molten lead can conduct electricity because in the molten state, the lead atoms are free to move and carry electric charge. This allows electric current to flow through the molten lead, making it a conductor of electricity.
Can molten lead conduct electricity?
Not all but many of the substances conduct electricity in the molten form. Those substances which are insulators do not conduct electricity in any state, but subs. like ionic compounds start conducting electricity in the molten state.
How do ionic compounds conduct?
Do_ionic_compounds_conduct_electricitycompounds conduct electricity when they are either dissolved in water of they are molten. If they remain a solid then they will not conduct electricity
Can giant covalent structures conduct electricity when molten?
Yes, giant covalent structures can conduct electricity when molten because the atoms are free to move and carry charge. This allows for the formation of a continuous pathway for the flow of electricity. Examples of giant covalent structures that can conduct electricity when molten include graphite and silicon.
