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This solution is not an electrolyte.
Because sodium chloride solution is an electrolyte, containing ions Na+ and Cl-. Solid NaCl is not an electrolyte.
The ions of the solution composing the electrolyte. In aqueous solution, salts are completely dissociated into their ions, and the ability of the ions to flow in the solution allows them to carry charge and serve as an electrolyte.
An *aqueous* solution is formed when a substance is dissolved in water. The term "aqueous" stands for the latin word "aqua" which means water.
This compound is an electrolyte.
ionically dissociate into two atoms
It is not an electrolyte as such. It needs to have salts in it that conduct electricity in order to be a complete electrolyte.
no it's chemical substance and the ions do not conduct sulphur electricity when in aqueous solution!
Answer: A sugar solution does not conduct electricity because it does not contain ions. Sugar is not an electrolyte -- a substance which ionizes when dissolved in water.Answer: Sugar, as a non-electrolyte substance, does not produce ions when dissolved in water. A solution of sugar contains molecules of sucrose, but no ions. The absence of ions in a sugar aqueous solution makes it a non electricity conductor fluid.
...its aqueous solution conducts an electric current This is because solutions of acids, bases, and salts are electrolytes and conduct electricity. AK
This solution is not an electrolyte.
Such acidic solution is a strong electrolyte and allow to conduct the electricity in presence of suitable electrodes.
Any substance that dissolves in water, increases the conductivity of water. The most effective substances are salts.
A salt, acid or base which can be dissociated in ions in an aqueous solution.
Because sodium chloride solution is an electrolyte, containing ions Na+ and Cl-. Solid NaCl is not an electrolyte.
Sugar is an example of a non-electrolyte when it is not dissolved in water.
It is a substance that does not readily ionize when dissolved or melted and is a poor conductor of electricity and is a substance that does exist in an ionic form in an aqueous solution.