DATAWhile testing each solution, record the conductivity value (μS/cm) from the LabQuest.Categorize the solutions according to the conductivity values:o Strong electrolytes (> 10,000 μS/cm or highest 3 values)OWeak electrolytes (between 10,000 µS/cm and 300 µS/cm or middle 2 values)o Non-electrolytes (< 300 µS/cm or lowest 3 values)Based on the type of electrolyte, indicate the amount of dissociation as complete, partial,or none.SolutionCaCl2NHẠCHNaClHC₂H3O2Isopropanol(C3H7OH)HCIH₂OdistilledH₂OtapConductivity (µS/cm) Type of Electrolyte Amount of Dissociation1738274011792726772970476130QUESTIONS1. Write an equation for the dissociation of each of the strong electrolytes.12<9 / 14 >*|||9OF DATAWhile testing each solution, record the conductivity value (μS/cm) from the LabQuest.Categorize the solutions according to the conductivity values:o Strong electrolytes (> 10,000 μS/cm or highest 3 values)OWeak electrolytes (between 10,000 µS/cm and 300 µS/cm or middle 2 values)o Non-electrolytes (< 300 µS/cm or lowest 3 values)Based on the type of electrolyte, indicate the amount of dissociation as complete, partial,or none.SolutionCaCl2NHẠCHNaClHC₂H3O2Isopropanol(C3H7OH)HCIH₂OdistilledH₂OtapConductivity (µS/cm) Type of Electrolyte Amount of Dissociation1738274011792726772970476130QUESTIONS1. Write an equation for the dissociation of each of the strong electrolytes.12<9 / 14 >*|||9OF

Conductivity of salts are given.We have to Identify the electrolytes as weak,strong or non-electrolyte.Dissociation of the electrolytesDifference in Conductivity of saltsConductivity is a measure of a solution's ability to conduct electricity. Since electricity needs charged particles in order to flow, there is generally a positive relationship between the concentration of ions and the ability of a solution to conduct electricity.