For strong electrolytes, use Table of l values.

Strong electrolytes are believed to dissociate completely in solution.

Strong electrolytes conduct electricity only when molten or in aqueous solutions.

Hence, law of mass action its simple form cannot be strictly applied in the case of strong electrolytes.

Two cases should be distinguished: strong electrolytes and weak electrolytes.

The solute is completely dissociated; it is a strong electrolyte.

He was also known for his development of anomaly of strong electrolytes and the ionization theory.

Sodium acetate is a strong electrolyte so it dissociates completely in solution.

Ammonium Bromide is strong electrolyte when put in water.:

The law holds good only for weak electrolytes and fails completely in the case of strong electrolytes.

Originally, a "strong electrolyte" was defined as a chemical that, when in aqueous solution, is a good conductor of electricity.

A concentrated solution of this strong electrolyte has a lower vapor pressure than that of pure water at the same temperature.

Strong electrolytes break apart into ions completely.

While teaching, studied the theories of strong electrolytes as well the temperature dependence of specific heats.

A strong electrolyte is a solute that exists in solution completely or nearly completely as ions.

There is still a fair amount of mystery as to how the slippery-ice chemical, a strong electrolyte, inhibits the stickiness usually found in ice.

Based on experimental data Friedrich Kohlrausch (around the year 1900) proposed the non-linear law for strong electrolytes:

Potassium chloride and sodium hydroxide are strong electrolytes; they are almost completely dissociated when in solution or fused.

Because the ions are released into solution when dissolved, and can conduct charge, soluble ionic compounds are the most common class of strong electrolytes.

Thus, even if a substance is not very soluble, but does dissociate completely into ions, the substance is defined as a strong electrolyte.

Determine values of Lo for the strong electrolytes by an appropriate extrapolation of your data and compare your results to literature[3].

Rossini's doctoral dissertation on the heat capacities of strong electrolytes in aqueous solution was supervised by Merle Randall.

Strong electrolytes are almost completely ionized at all dilutions and Λ/Λ does not give accurate value of 'α'.

For strong electrolytes, such as salts, strong acids and strong bases, the molar conductivity depends only weakly on concentration.

Aqueous solutions that conduct electric current efficiently contain strong electrolytes, while ones that conduct poorly are considered to have weak electrolytes.