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complex salt
complex salt
- A salt that contains two different types of metal atoms, one of which does not ionize when in solution. Mercury iodide (HgI 2 ) is a complex salt.
- Compare double salt
Example Sentences
The shots were fired shortly after 10 p.m. from a car as the three left The Complex, Salt Lake City police Lt.
These include a wastewater treatment complex, salt mines, asphalt factories, cement plants, a lime and stone foundry, and a handful of steel mills all clustered in the tri-cities region.
Arthranol is a highly complex salt made from a nitrogen compound, phosphorus and iodine.
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More About Complex Salt
What is a complex salt?
A complex salt is a salt that contains one or more complex ions—ions with metal centers and different molecules attached.
In chemistry, a salt is any compound composed of oppositely charged ions. These ions are negative (called anions) and positive (called cations), resulting in a charge of zero. Complex salts are distinguished from simple salts and double salts, which have different makeups.
Complex salts include potassium ferricyanide (used to create dyes and in blueprint paper) and potassium argentocyanide (used in silver plating).
Why are complex salts important in chemistry?
The salt we put on food (sodium chloride, a.k.a. table salt) is just one of the compounds in chemistry known as salts. But sodium chloride is a simple salt. When two simple salts are combined to form a new crystal structure, you get a double salt. So what’s a complex salt?
You might not associate salt with metal, but in chemistry, there is a connection. When a metal combines with another metal, it forms an alloy (bronze is an alloy of copper and tin, for example). When a metal combines with oxygen, it forms an oxide. And when a metal combines with a nonmetal, it forms a salt. Some of these are simple salts, some are double salts, and others are complex salts, meaning “a salt that contains two different types of metal atoms, one of which does not separate when it’s in a solution.”
That last part is one of the defining characteristics of complex salts—they do not completely dissolve. When you put regular old table salt (which is a simple salt) in water, you know that it will dissolve completely. When you put a double salt in water, it separates into its component ions and dissolves. But the makeup of a complex salt ensures that it does not fully dissolve.
It’s this characteristic that makes complex salts useful for several applications, such as in dyes. (And that makes them likely to be something you mix up in Chem Lab.)
Did you know ... ?
Prussian blue is a dark blue pigment that is made with potassium ferricyanide, a complex salt. It has been used in famous paintings, such as Starry Night by Vincent van Gogh and The Great Wave off Kanagawa by Katsushika Hokusai.
What are real-life examples of complex salts?
It’s usually chemists who discuss complex salts, but they can be used in diverse applications, ranging from dyes to semiconductor materials.
Formation of aqueous green complex salt. #APChemistry #chemistry #laboratory #science #NewtownHS pic.twitter.com/S3ErJAIkOF
— Christian ⌬ Canfield🐓🦆🧪 (@CCanfield100) September 12, 2017
Synthesis of A Complex salt – Chem 2501 Lab !! pic.twitter.com/zrCIEohciY
— ᒍᑌᗪY ᗰᗩᑕIᑎᑎIᔕ 🧪🧲🔬 (@macinnis_ja) March 7, 2018
What other words are related to complex salt?
Quiz yourself!
True or false?
Complex salts produce simple salts when dissolved in water.
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