the more reactive the things that make up a compound are, the less reactive the compound is, generally-
this is an ionic reaction. As sodium is a Alkali metal, and Chlorine is a Halide, they're both very effective at reacting with each other, producing salts.
Because anything that reacts with salt has to displace one of these elements, it's a fairly unreactive compound.
- from luv vu @ Yahoo.com
Sodium chloride, also known as table salt, is the compound made of the elements sodium and chloride. While sodium and chlorine are poisonous in their elemental forms, when they combine to form sodium chloride, it becomes safe for human consumption in moderate amounts.
Sodium chloride is a stable compound composed of sodium ions and chloride ions. These ions are bonded together through strong ionic bonds, which prevent sodium chloride from reacting explosively with water. When sodium chloride dissolves in water, the ions separate and disperse in the solution, creating a salty taste rather than producing any harmful or explosive reactions.
Sodium chloride, commonly known as table salt, is a compound made up of sodium and chlorine. When ingested in reasonable quantities, such as when seasoning food, sodium chloride is safe for consumption. The small amount of chlorine in sodium chloride does not pose a health risk and is not toxic in the context of salt consumption.
Sodium and chlorine combine to form sodium chloride, which is table salt. When mixed together, sodium and chlorine ions form a stable compound that is safe for human consumption. Sodium chloride is essential for health and is not harmful unless consumed in excessive amounts.
sodium plus chlorine yields sodium chloride
Sodium chloride does not explode in water. When dissolved in water, sodium chloride dissociates into sodium and chloride ions, creating a solution that conducts electricity. This process is not explosive.
Sodium chloride, also known as table salt, is the compound made of the elements sodium and chloride. While sodium and chlorine are poisonous in their elemental forms, when they combine to form sodium chloride, it becomes safe for human consumption in moderate amounts.
Sodium is a metal having free electrons; solid sodium chloride is not an electrolyte.
No, sodium will explode violently if touched by water. Salt, which is sodium-chloride, is soluble.
Sodium chloride is a stable compound composed of sodium ions and chloride ions. These ions are bonded together through strong ionic bonds, which prevent sodium chloride from reacting explosively with water. When sodium chloride dissolves in water, the ions separate and disperse in the solution, creating a salty taste rather than producing any harmful or explosive reactions.
because when sodium combines with chlorine, the properties change.
Salt can be very deadly towards animals as they predominantly cant control the amount they absorb. High doses in domestic animals such as dogs and cats can kill within a couple hours. Plants on the other hand can control what nutrients and ions they absorb therefore 'it is not bad for plants' unless they are used in vast quantities.
Road salt (if is sodium chloride) is not toxic.
Sodium chloride at 801 0C is melted and at 1 413 0C become a gas.
The chemical name for table salt is sodium chloride. It is written NaCl. Na+1=sodium, and Cl-1=chloride so the chemical name is sodium chloride. Sodium is Na, which is a explosive metal, and Cl is a poisonous gas. But when combined, it makes sodium chloride, or salt, which is an ionic compound.
Sodium chloride, or table salt, is composed of sodium and chloride ions. These ions are essential for bodily functions and are not toxic in the small amounts found in salt. The toxic nature of chlorine gas does not apply to the chloride ion in sodium chloride when consumed in normal dietary amounts.
Sodium chloride, or table salt, is made up of sodium and chloride ions. In small amounts, consuming chloride along with sodium is safe, as our bodies need these ions for various functions. The toxicity of chloride is more relevant when consumed in excessive amounts.