why are excuse solution of ionic compounds able to conduct electricity
Answers
Explanation:
when ionic compound are in molten state in water forming an aquas solutionthe ions that form on ionic compound are moved around in freely that able to conduct electricity.
Answer:
The ionic bonds that keep molecules like common salt (sodium chloride) together can be broken apart in some circumstances. One example is when they’re dissolved in water; the molecules “dissociate” into their constituent ions, which returns them to their charged state.
The ionic bonds can also be broken if the molecules are melted under high temperature, which has the same effect when they remain in a molten state.
The fact that either of these processes leads to a collection of charged ions is central to the electrical conductivity of ionic compounds. In their bonded, solid states, molecules like salt don’t conduct electricity. But when they're dissociated in a solution or through melting, they can carry a current. This is because electrons can’t move freely through water (in the same way they do in a conductive wire), but ions can move freely.
Explanation: