The effect of varying electrolyte concentration on the conductivity of inorganic compounds can be explained through the relationship between concentration and the number of ions present in the solution. Conductivity is the measure of a solution's ability to conduct electric current, which depends on the presence of charged particles ions in the solution.In general, as the concentration of an electrolyte increases, the conductivity of the inorganic compound also increases. This is because a higher concentration of the electrolyte means there are more ions present in the solution, which in turn leads to a higher number of charge carriers available to conduct electric current.However, this relationship is not always linear. At very high concentrations, the conductivity may not increase proportionally with the concentration due to the following factors:1. Ion-ion interactions: At high concentrations, ions are more likely to interact with each other, which can reduce their mobility and thus decrease the conductivity.2. Ion-solvent interactions: As the concentration increases, the number of solvent molecules available to solvate the ions decreases. This can lead to a decrease in ion mobility and a reduction in conductivity.3. Viscosity: At high concentrations, the viscosity of the solution may increase, which can hinder the movement of ions and decrease conductivity.In summary, the effect of varying electrolyte concentration on the conductivity of inorganic compounds is generally a positive correlation, with conductivity increasing as concentration increases. However, at very high concentrations, the relationship may become more complex due to factors such as ion-ion interactions, ion-solvent interactions, and viscosity.