Oxalate Formula

Oxalate Formula

The Oxalate Formula is C2O4(2−). It is a naturally occurring molecule that is widely distributed in both humans and plants. Almonds, beets, spinach, sweet potatoes, and nuts all contain high amounts of oxygen. Hyperoxaluria, also known as kidney stones, is a medical condition caused by having too much oxalate in our urine. Along with medications to treat kidney stones and avoiding foods high in oxalate, diet is viewed as a preventive measure. The human body produces oxalic acid, which can crystallise into oxalate and result in muscle and joint pain, stiffness, and inflammation.

Oxalate Structural Formula

Oxalate Formula in chemistry is C2O4(2-). Locating the valence electrons for carbon and oxygen to draw the Lewis structure for this. In this structure, the carbon atoms are located in the middle, and there are four additional carbon atoms surrounding each one and creating the bonds necessary to complete the octet between these atoms. Looking at the carbons, it is seen that each carbon only has six valance electrons, which means that the octet is not complete. Therefore, there is a double bond between carbon and oxygen atoms. 

What is Oxalate?

There are two carbon atoms, which each have four valance electrons, and four oxygen atoms, which give us a total of 34 valance electrons for the compound C2O4(2-).

The formula for Oxalates

The Oxalate Formula is expressed as C2O4(2-). It frequently appears as a bidentate ligand, as in potassium ferrioxalate.

Properties Of Oxalate

The molecular weight of oxalate is 88.019 g/mol. Oxalate has a monoisotopic mass of 87.98 g/mol. There are 4 hydrogen acceptors. Oxalate Formula is given as C2O4(2−). Salts of potassium and sodium oxalate are soluble in water. The calcium oxides are insoluble in water. Oxalic acid and sodium sulphate are created when sodium oxalate and sulphuric acid react.

Uses of Oxalate Ion

Rust is removed using oxalate. Oxalate has Photographic use. It is also used when creating platinum prints. It is employed to get rid of ink stains. Cobalt catalysts are created using cobalt oxalate.

Health hazards of Oxalates

Oxalate has some health hazards associated with it. Kidney stone formation is influenced by oxalate. The primary component of kidney stones is calcium oxalate. It may result in skin rashes. Some cases of vulvodynia in women may be related to oxalic acid.

Oxalates, which are found in high concentrations in some foods, should not be eaten raw. Before eating, they should be boiled in water. It can alter one’s mood. It may make urination painful. Not only that, but it may result in unpleasant bowel movements.

Solved Examples

It is necessary to keep practising questions related to Oxalate Formula. It is crucial to retain the Oxalate Formula in order to answer questions related to it. Some students may find it difficult to answer questions based on the Oxalate Formula. They need to take help from Extramarks to get appropriate answers to them.

Chemistry Related Formulas
Magnesium Nitride Formula Grams To Moles Formula
Oxalate Formula Hexanoic Acid Formula
Pentane Formula Hyponitrous Acid Formula
Percentage Yield Formula Iron III Hydroxide Formula
Potassium Oxide Formula Lead Ii Chloride Formula
Rydberg Formula
Sodium Nitrite Formula Potassium Hypochlorite Formula
Zinc Sulfide Formula Rate Of Decay Formula
Thermodynamics Formulas
Aluminium Carbonate Formula Aluminum Fluoride Formula

FAQs (Frequently Asked Questions)

1. What is the Oxalate Formula?

The representation of the Oxalate Formula is C2O4(2−). It is important to revise the formula to be capable of understanding the chemical reactions involving oxalate. 

2. What are some of the properties of oxalate?

It has a molecular weight equal to 88.019 g/mol. It has four hydrogen acceptors. When sodium oxalate and sulphuric acid react, oxalic acid and sodium sulphate.