<P> Although ionic compounds contain charged atoms or clusters , these materials do not typically conduct electricity to any significant extent when the substance is solid . In order to conduct , the charged particles must be mobile rather than stationary in a crystal lattice . This is achieved to some degree at high temperatures when the defect concentration increases the ionic mobility and solid state ionic conductivity is observed . When the ionic compounds are dissolved in a liquid or are melted into a liquid , they can conduct electricity because the ions become completely mobile . This conductivity gain upon dissolving or melting is sometimes used as a defining characteristic of ionic compounds . </P>
<P> Although ionic compounds contain charged atoms or clusters , these materials do not typically conduct electricity to any significant extent when the substance is solid . In order to conduct , the charged particles must be mobile rather than stationary in a crystal lattice . This is achieved to some degree at high temperatures when the defect concentration increases the ionic mobility and solid state ionic conductivity is observed . When the ionic compounds are dissolved in a liquid or are melted into a liquid , they can conduct electricity because the ions become completely mobile . This conductivity gain upon dissolving or melting is sometimes used as a defining characteristic of ionic compounds . </P>
how lattice energy control the solubility of ionic compound
how lattice energy control the solubility of ionic compound
ionic compounds are dissolved in a liquid or are melted into a liquid , they can conduct electricity because the ions become completely mobile
ionic compounds are dissolved in a liquid or are melted into a liquid , they can conduct electricity because the ions become completely mobile