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Does copper sulfate conduct electricity?
Copper sulphate can conduct electricity. However, this will only happen when it is in liquid or gaseous state but not in solid form.
Why can ionic compounds conduct electricity but molecular compounds usually can not?
Ionic compounds can conduct electricity because the ions in the solid state can move and carry electric charge. In contrast, molecular compounds usually do not conduct electricity because they do not dissociate into ions in solution or in the solid state, resulting in no free charge carriers to conduct electricity.
When do ionic compounds not conduct electricity?
Ionic compounds do not conduct electricity in the solid state because the ions are held in place and cannot move to carry a charge. However, they can conduct electricity when dissolved in a liquid or when melted, as the ions are free to move and carry the charge.
Ionic solid conduct electricity?
Ionic solids do not conduct electricity in their solid state because their ions are not free to move and carry electric charge. However, when they are melted or dissolved in water, the ions become free to move and conduct electricity.
Why potassium chloride does nit conduct electricity in its solid state but is a good conductor in its molten state?
In its solid state, potassium chloride exists as a crystalline lattice with fixed positions for ions, making it unable to conduct electricity. When melted, the ions are free to move and carry electric charge, allowing potassium chloride to conduct electricity in its molten state.
Does copper sulfate conduct electricity?
Copper sulphate can conduct electricity. However, this will only happen when it is in liquid or gaseous state but not in solid form.
Conducts electricity in solid state metal or nonmetal?
Metals conduct electricity in the solid state due to the mobility of their free electrons. Nonmetals, on the other hand, do not conduct electricity in the solid state because they lack free electrons or have electrons that are tightly bound within their atomic structure.
Can diamond conduct electricity at its solid state?
No, diamond is an insulator and does not conduct electricity in its solid state. This is because it does not have free electrons to carry an electric current.
Can water conduct electricity in solid state?
No. Water can only conduct electricity in its liquid state with dissolved ionic solutes.
Why potassium iodide can conduct electricity in the molten state but not in solid state?
Potassium Bromide or KBr is not able to conduct electricity in solid state. It is an ionic compound and its ions are not free to move in the solid state, hence they are not able to conduct electricity. But when they are in aqueous state, they are free to move and thus become able to conduct electricity.
Does potassuim hydroxide conduct electricity?
Not in its standard solid state. But it will conduct electricity if molten or dissolved in water.
Does calcium choride conduct electricity when a solid?
No, like most ionic compounds it does not.
Why doesn't sugar and wax conduct electricity?
because wax does not have free electrons hence can not conduct electricity in solid state
Why ionic crystals don't conduct electricity in the solid state?
In the solid state ionic crystals are not dissociated in ions.
Can a nonpolar molecule conduct electricity in either its solid or liquid state?
No.
Why can ionic compounds conduct electricity but molecular compounds usually can not?
Ionic compounds can conduct electricity because the ions in the solid state can move and carry electric charge. In contrast, molecular compounds usually do not conduct electricity because they do not dissociate into ions in solution or in the solid state, resulting in no free charge carriers to conduct electricity.
Why copper 2 sulfate does not conduct electricity in solid state?
In the solid state, the Cu2+ and SO42- ions are locked into a crystalline structure, and all electrons are locked into place; because electrons are not free to move, no electrical current can flow. Copper (II) Sulfate CuSO4 can only conduct electricity when the ions are separated, as when this compound is dissolved in water. This "disassociation" permits electrons to be removed from the negative ions and added to the positive ions by an electrical potential, resulting in an electrical current.
