No, salt is a bond of Sodium (Na) and Chlorine (Cl). Sodium is a metal by itself, normally a solid, and can turn to liquid if it is heated. Chlorine is normally a gas that can be turned to liquid by cooling it enough.
The problem is separating the Sodium from the Chlorine. It would take something like a nuclear explosion to do that.
the above ans. is wrong
anything can turn in liquid or in gasious or in plazma but the required energy for different subtences is different.
yes NaCl can turn in liquid but in certain conditions.If the salt is heated under high preasure than only otherwise bonds will dissociates.
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Silly, consider the person who asks this question and give the appropriate answer. We are not talking about Plasma either. And, 12 spelling mistakes in two sentances really takes away from any credibility your "the above ans. is wrong" comment might have had.
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Yes, because sodium chloride can be melted at 801 0C.
When you heat salt (sodium chloride), it undergoes a physical change rather than a chemical change. The heat causes the salt crystals to break apart and melt into a liquid state. Upon cooling, the liquid salt will solidify back into crystals.
The sea/oceans are full of 'Salt Water', and they are all liquid.
Usually, when a salt anhydrate is treated with water, its crystalline structure will reappear. Many solids are crystalline when the water of hydration, or water of crystallization is present. If you vaporize this away with heat, the crystalline structure collapses and you are usually left with a powdery anhydrate. Add water and it re-crystallizes. Be careful though: adding the water back will also release the heat you put into it to remove it. So adding the water is an exothermic process.
To make crystals using salt and vinegar, first dissolve salt in vinegar to create a saturated solution. Then, allow the solution to evaporate slowly in a container. As the liquid evaporates, salt crystals will form. You can also try adding food coloring to create colored crystals.
To heat a Himalayan salt block, place it on a stovetop or grill over low heat and gradually increase the temperature until it reaches 300-400°F. Allow it to heat for about 30-60 minutes before using to cook or serve food.
When you heat salt (sodium chloride), it undergoes a physical change rather than a chemical change. The heat causes the salt crystals to break apart and melt into a liquid state. Upon cooling, the liquid salt will solidify back into crystals.
A solute is the substance disolved in a liquid in solution; it is often solid. For example, NaCl, or table salt, is the solute in a salt water solution.
Heat is needed to make the water evaporate from a salt solution. When heat is applied, the water molecules absorb energy, break their bonds, and change from a liquid to a gas, leaving the salt behind.
no salt is not a liquid but salt can be dissolved in liquid water which is then called an aqueous solution.
When you heat a liquid and it changes phase it becomes a solid.
Table salt does not change into a liquid at 808 degrees. Table salt, which is sodium chloride, has a melting point of 1474 degrees Fahrenheit (801 degrees Celsius). This means that it needs to be heated to a higher temperature to turn into a liquid.
When you try to melt salt with a blow torch, the salt will initially absorb the heat and start to melt, becoming a liquid. However, if you continue to heat the molten salt with the blow torch, it will eventually evaporate and release fumes of sodium chloride.
You can remove water from a solution of salt and water by using evaporation. Heat the solution, allowing the water to evaporate, leaving behind the salt. Then, collect the water vapor and condense it back into liquid form if you wish to recover the water.
I assume you are asking why salt melts ice. It's very difficult to tell from your question... What happens, is that ice always has a thin layer of liquid water on it. When salt disolves in water it produces heat, melting the ice, providing more liquid water to disolve the salt into.
To separate a liquid homogeneous mixture of salt and water, you can use the process of distillation. Heat the mixture in a distillation apparatus, where the water evaporates and is collected in a separate container, leaving the salt behind. The water vapor is then condensed back into liquid form. This process allows for the separation of the salt and water.
Heat it faster. I'm not sure which, but Salt either makes it boil/evaporate faster or slower...
Yes, salt water is a liquid liquid solution. It is a homogeneous mixture in which the salt (solute) is dissolved in water (solvent) to form a single-phase liquid.