Fumaric Acid Formula

Fumaric Acid Formula

This article discusses the Fumaric Acid Formula, also known as the Allomaleic acid formula. It is a dicarboxylic acid and a fumarate conjugate acid. Fumaric Acid’s molecular or chemical formula is C4H4O4.

In the TCA cycle, Fumaric Acid is a precursor to L-malate. Succinate dehydrogenase oxidises succinic acid to produce it. The enzyme fumarase converts fumarate to malate. Allomaleic acid concentrations are high in biofluids surrounding or inside tumours.

Fumaric Acid Formula Structure

Fumaric Acid has the chemical formula C4H4O4. Fumaric Acid is made up of three elements: carbon, hydrogen, and oxygen. Fumaric Acid’s IUPAC name is (E)-Butenedioic Acid. It is the butenedioic acid trans-isomer. Fumaric Acid has a carbon-carbon double bond, and its geometry is E.

Students can learn more about the Fumaric Acid Formula Structure from the website and mobile application of Extramarks. With the help of Extramarks resources, students will be able to improve their Scientific knowledge. Extramarks provides resources for all classes, from Class 1 to Class 12. The various resources provided at Extramarks are NCERT solutions, Revision notes, Past year’s papers solutions, preparatory material for competitive examinations, etc. All the resources can be downloaded in PDF format from the website and mobile application. Moreover, Extramarks provides resources in both Hindi and English mediums.    

Properties Of Fumaric Acid Formula

Some of the important properties of Fumaric Acid Formula are given below”

1. The Chemical Formula of Formic Acid is C4H4O4
2. The Molecular Weight of the Formic Acid Formula is 116.072 g/mol
3. The Density of the Formic Acid Formula is 1.635 g/cm3
4. The Boiling Point of the Formic Acid Formula is 287 Celsius

The following are the chemical properties of Fumaric Acid:

1. In concentrated sulphuric acid and ethanol, Fumaric Acid dissolves.
2. Fumaric Acid dissolves in alcohol but not in the water, benzene, or chloroform.
3. It has a very low capacity to absorb moisture.
4. It has a pH of 3.19.
5. Fumaric Acid produces Racemic Tartaric Acid when heated in the presence of Baeyer’s reagent.
6. It produces DL-malic acid when heated in a closed container with water at 150 – 170°C.
7. It yields 2,3-dibromosuccinic acid when brominated.
8. When Fumaric Acid is heated with methanol in the presence of sulfuric acid, it produces dimethyl fumarate.

Students can learn more about the Physical and Chemical properties of Fumaric Acid Formula from the website and mobile application of Extramarks. Students can trust the resources offered by Extramarks as all the resources are curated by expert subject teachers for the benefit of students. Extramarks resources are updated regularly and proofread by experts to avoid any mistakes. With the help of the various resources provided students can prepare for a number of exams. They will be able to enhance their knowledge and improve their scores. Students must download the resources provided in PDF format from the website and mobile application of Extramarks.

Applications Of Fumaric Acid

There are various applications of the Fumaric Acid Formula. Some of the applications are given below:

1.  It is widely used in the production of paints, plastics, food processing and preservation, and so on.
2. It is used in medicine as well as other applications such as dye mordant.