What is baking soda an organic compound, or inorganic?

In order to affirm that is baking soda an organic compound, it is necessary to clarify all the characteristics that a compound must fulfill to be classified as organic, so it is good to know at a chemical level the composition of substances like this, where and how it is found, how it is manufactured at an industrial level, also the applications to which this baking soda is destined.

Organic compound

The compounds that are known as organic, are those that have carbon as the main component, however, being made up of carbon does not necessarily make them organic, to be considered organic they must meet a number of characteristics, they must have carbons bonded to other carbons, they must contain in each of the molecules that constitute them, other elements such as hydrogen, oxygen, nitrogen and others, in addition that these atoms must be joined through bonds that share pairs of electrons, covalent.

The compounds that according to chemical studies are categorized in the organic range are generally found as liquids, and gases, are volatile, with low boiling and melting points, these clarifications will serve to know is baking soda an organic compound, or inorganic.

Baking soda

This compound is part of the basic salts, it exists in abundance in nature, but is created artificially for various uses in a range of sectors, both in industry and in the home, it is generally associated with the appearance of a white sandy substance.

Fundamental characteristics that Baking Soda possesses

 With the aim of clarify that is baking soda an organic compound, or inorganic, the following are the most outstanding the peculiarities of the compound.

Among these details, it has a melting point equivalent to 323 degrees Celsius, decomposing at 270 ℃, with a molar mass that is in the order of 84 gr/mol, the acidity that present with pH equal to 10.33 pKa, it is a compound with high solubility in water, with a value of 10.3 gr/100 gr, and with a density of 2.17 gr/cm3.

Chemically, baking soda is identified as NaHCO3, according to this formula, the compound has in the formation a sodium ion, with 1 carbon, this centrally located atom, bonded through a double bond to an oxygen atom, to 2 others through single bonds, and one of these bonded to a hydrogen atom.

Is baking soda an organic compound?

According to the analysis that has been done, clarifying the information of organic compound, and the peculiarities of baking soda, it is clear that although the compound has a carbon atom in the in the conformation of the molecules that form it, it is not an organic compound, among the reasons, is that in the molecules there are no carbon-carbon bonds, and there is no nitrogen.

It can be stated that baking soda belongs to the inorganic compounds, and does not meet the necessary requirements to be classified within the organic compounds, on the contrary, it meets the requirements for inorganic compounds, such as the formation with ions, and the absence of direct bonds between carbon and hydrogen atoms.

What are the applications possible of baking soda?

This salt is used in various fields, and in Echemi there is availability for the needs of this substance at all levels, among the outstanding presentations is the:

Food Addictive, Baking Soda 

https://www.echemi.com/produce/pr2203293217-food-addictive-sodium-bicarbonate-baking-soda-cas-no-144-55-8-with-stable-quality.html

With the certainty that it will not is baking soda an organic compound, and that this is an inorganic compound, some of the uses that are given to this compound are detailed.

In the food production industry it has a great place and very useful in the manufacture of many products that require cooking in the oven, in carbonated beverages, in the cosmetology industry, where it serves as an component in a range of articles, among which are facial masks, deodorants, toothpastes, cleansing foams, body gels, powders for ladies, creams for hands, feet, and body.

As an exfoliant to improve skin smoothness, and for medical functions where it has become a powerful acidity fighter, nausea controller, dental plaque fighting agent, a powerful antiseptic for ulcer care, and throat problems, and can be used to alleviate intestinal tract conditions, fungus elimination, and other medical uses.

In household cleaning products, as an ingredient in grease remover for stoves, microwaves, hoods, dishwashers, and all kitchen utensils and tools, as well as being an essential component in plumbing plungers.

Other applications of baking soda can be seen in the manufacture of repellents, soaps, shampoos, gardening articles, and many more.