Ammonioferric oxalate meaning

Ammonioferric oxalate definitions

What is Ammonioferric Oxalate?

Ammonioferric oxalate is a chemical compound composed of iron, ammonia, and oxalate ions. It is commonly used in analytical chemistry as a reagent for the determination of iron in various substances. This compound has a molecular formula of (NH4)3[Fe(C2O4)3] and is typically found in the form of a pale yellow powder.

Properties of Ammonioferric Oxalate

Ammonioferric oxalate is soluble in water and has a relatively low melting point. It is a stable compound under normal conditions but may decompose when exposed to high temperatures. This compound is also sensitive to light and may degrade when exposed to prolonged periods of light.

Uses of Ammonioferric Oxalate

One of the primary uses of ammonioferric oxalate is in the determination of iron in various samples. It is commonly used in laboratories for quantitative analysis of iron content in substances such as ores, soil, and biological samples. Additionally, this compound can also be used in the preparation of iron-containing chemicals and as a catalyst in certain chemical reactions.

Ammonioferric oxalate plays a vital role in industries such as metallurgy, environmental science, and pharmaceuticals. Its ability to accurately determine iron levels makes it a valuable tool in research and quality control processes. Despite its sensitivity to certain conditions, proper handling and storage can ensure its reliability and effectiveness as a reagent.

Ammonioferric oxalate Examples

1. The restoration of the antique painting required the use of ammonioferric oxalate to stabilize the colors.
2. The photographer used a solution of ammonioferric oxalate to create a stunning print of the black and white photograph.
3. The conservationist applied a thin layer of ammonioferric oxalate to protect the fragile document from further deterioration.
4. The scientist conducted experiments to determine the best concentration of ammonioferric oxalate for use in the chemical reaction.
5. The historic artifact was carefully treated with a solution of ammonioferric oxalate to prevent rust and corrosion.
6. The artist mixed a small amount of ammonioferric oxalate into the paint to achieve a unique texture in the artwork.
7. The forensic analyst used a specialized test with ammonioferric oxalate to detect the presence of blood at the crime scene.
8. The conservation team applied a protective coating of ammonioferric oxalate to the metal sculpture to prevent tarnishing.
9. The chemistry student conducted a lab experiment using ammonioferric oxalate to study its effects on metal surfaces.
10. The antique dealer carefully cleaned the silver jewelry with a solution containing ammonioferric oxalate to remove tarnish.

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