Is molten NaCl an electrolyte and is molten sodium chloride an electrolyte?

Yes. NaCl is an electrolyte. The so-called electrolyte is a compound that can conduct electricity in a molten state or an aqueous solution, regardless of its specific state.

Hence it can be said that molten NaCl is an electrolyte, although emphasizing molten is not necessary.

NaCl is an electrolyte, but it does not conduct electricity at room temperature, and molten sodium chloride is of course also an electrolyte, but it can conduct electricity because chloride and sodium ions can be ionized in the molten state.

Electrolytes are compounds that are able to conduct electricity (ionize themselves into cations and anions) when dissolved in aqueous solution or in the molten state. It can be divided into strong electrolytes and weak electrolytes.

The electrolyte does not necessarily conduct electricity, but only conducts electricity when it is dissolved in water or when it is in a molten state and ionizes out of the free-moving ions. Ionic compounds can conduct electricity in aqueous solution or in the molten state; Some covalent compounds can also conduct electricity in aqueous solutions, but there are also solid electrolytes that are conductive** to the migration of ions in the crystal lattice.

Electrolytes are chemical compounds that conduct electricity in an aqueous solution or in a molten state. For example, the aqueous solution of HCl gas conducts electricity, so HCl gas (not hydrochloric acid) is an electrolyte, but it should be noted that liquid HCl does not conduct electricity.

Both the aqueous solution and the molten state (i.e., the liquid state) of NaCl conduct electricity, and molten sodium chloride (NaCl) is the electrolyte.

Yes, because the sodium chloride under the mascot in the molten state is pure and can conduct electricity, according to the definition, it can be known that the sodium chloride in the molten state is an electrolyte. As a reminder, the sodium chloride solution is not an electrolyte, although the sodium chloride solution conducts electricity, but because the sodium chloride solution is soluble in water, it is a mixture, and the sodium chloride solution is not an electrolyte by definition.

Sodium chloride is sodium chloride, whereas sodium chloride solution is not sodium chloride.

Electrolytes are chemical compounds that are called electrolytes because they are able to conduct electricity when dissolved in water or in the molten state. Electrolytes are pure, not mixtures, and acetic acid, copper sulfate, calcium carbonate, and pure sodium chloride are all electrolytes.

The sodium chloride solution is an aqueous solution of sodium chloride, and the solution does not belong to the pure substance, but to the mixture. Therefore, conceptually, sodium chloride solutions are not electrolytes. Whereas, sodium chloride itself is a strong electrolyte. Therefore, conceptually, sodium chloride solution is not an electrolyte.

Introduction: A strong electrolyte is an electrolyte that is almost completely ionized in an aqueous solution or in a molten state, completely ionized, and there is no ionization equilibrium. Weak electrolytes are electrolytes that are not completely ionized in an aqueous solution or in a molten state.

The conductive properties of strong and weak electrolytes are independent of the solubility of the substance.

Strong electrolytes generally include: strong acids, strong bases, active metal oxides and most salts, such as: sulfuric acid, hydrochloric acid, calcium carbonate, copper sulfate, etc.

Weak electrolytes generally include: weak acid, weak alkali, and a small amount of salt, such as: acetic acid, lead acetate, mercuric chloride. In addition, water is a very weak electrolyte.

The electrolyte is a compound that can conduct electricity in the molten state, and the solution is a mixture, so the molten MgCl2 NaCl solution is an electrolyte, but the MgCl2 NaCl solution is an electrolyte.

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NaCl solution is an electrolyte. An electrolyte is a compound, which is a pure substance, whereas a solution is a mixture, so a solution cannot be an electrolyte.

NaCl, or sodium chloride, is an electrolyte in itself, but its aqueous solution is not.

The concept says that the aqueous solution is just a condition, and the state of the aqueous solution is the electrolyte, so isn't the sodium chloride not an electrolyte, isn't it that the electrolyte should be added to the condition, we have to say that the molten sodium chloride is the electrolyte, or the sodium chloride aqueous solution is the electrolyte.

The condition for judging the properties of a substance is an aqueous solution or melting, so the electrolyte itself is the substance itself, not a compound under certain conditions.

Pay attention to the concept of electrolytes: electrolytes are compounds that can be slid and closed in water-soluble fissures or in the melted state.

Sodium chloride satisfies the condition that it is an electrolyte, and of course the crystal is also an electrolyte, which needs to be in a molten state.

Compounds that can conduct electricity in the molten state or in aqueous solution are electrolytes. Molten sodium chloride (pure) is an electrolyte, but a sodium chloride solution (mixture) is not an electrolyte but conducts electricity. Sodium chloride is an inorganic ionic compound, chemical formula NaCl, colorless cubic crystalline or fine crystalline powder, salty in taste.

Sodium chloride

The appearance is white crystalline, and its ** is mainly seawater, which is the main component of table salt. Soluble in water, glycerol, slightly soluble in ethanol (alcohol), liquid ammonia; Insoluble in concentrated hydrochloric acid. Impure sodium chloride is deliquescent in air.

The stability is relatively good, its aqueous solution is neutral, and the industry generally uses the electrolytic saturated sodium chloride solution to produce hydrogen, chlorine and caustic soda (sodium hydroxide) and other chemical products (generally known as chlor-alkali industry) can also be used for ore smelting (electrolytic molten sodium chloride crystals to produce active metal sodium), medically used to configure normal saline, and can be used for condiments in life.