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Overview
It helps to understand what makes other molecules organic in the first place in order to better grasp how inorganic compounds are characterised. A chemical that does not have a carbon-to-hydrogen connection, often known as a C-H bond, is considered inorganic. In addition, inorganic compounds are minerals or geologically derived chemicals that lack carbon-to-hydrogen bonds. A metal is present in most inorganic substances, though not all.
There are, however, a plethora of substances that fall under the inorganic category. In fact, inorganic molecules make up the vast bulk of all compounds in the universe. As a result, inorganic compounds have a plethora of applications and practical applications in the real world. Because the majority of the compounds in the world are inorganic, they can take on a variety of shapes and have a wide range of properties.
Many inorganic compounds can conduct electricity because they contain some form of metal. Inorganic compounds, for example, are poor conductors of electricity in their solid-state. Inorganic substances, on the other hand, are extremely conducive in the liquid phase. In this phase, electrons in inorganic compounds can flow about freely, and this movement is referred to as electricity. They are kept together very firmly and have extremely high melting and boiling temperatures due to ionic bonding, which is common in inorganic compounds. The hue of inorganic substances is another distinguishing feature. Even when sitting on a bench, transition metal inorganic compounds are frequently brightly colored, which is owing to the arrangement of the ‘d-block’ electrons. The inorganic metal contained in the complex produces the vivid and stunning colours seen when fireworks explode. Because inorganic compounds burn with a distinct hue, they can be used as a marker to identify the metal. In addition, inorganic chemicals are usually very water-soluble.
Inorganic Compounds List
| Compound Name | Chemical Formula | Explanation |
| Actinium fluoride | AcF3 | Actinium fluoride can be made in a solid-state process or as a solution. Actinium hydroxide is treated with hydrofluoric acid in the first process, and the result precipitates. In a platinum crucible, actinium metal is treated with hydrogen fluoride gas at 700°C in a solid-state process. |
| Actinium(III) chloride | AcCl3 | The chemical compound actinium (III) chloride contains the rare radioactive element actinium. The compound’s molecular weight is 333.378 g/m ol. |
| Aluminium antimonide | AlSb | Aluminium antimonide (AlSb) is a group III-V semiconductor that contains aluminium and antimony. Because of the antimonide (Sb3-) ion’s reducing tendency, aluminium antimonide is quite combustible. Aluminium trioxide and antimony oxide are produced as it burns. |
| Aluminium boride | AlB2 | One of the Aluminium Boride phases could be referred to as aluminium boride. The higher the Borides, the harder they are. |
| Aluminium nitride | AlN | Aluminium nitride (AlN) is a solid aluminium nitride. It is an electrical insulator and has a high thermal conductivity of up to 321 W/(mK). Its wurtzite phase (w-AlN) exhibits a bandgap of about 6 eV at ambient temperature and could be used in optoelectronics for deep ultraviolet frequencies. |
Examples of Inorganic Compounds
Salts, bases, acids, and water are the four major classifications of inorganic substances. The following is a list of inorganic compounds from each group:
Bases: Acids are neutralised by bases, which do so by giving electrons, releasing hydroxide ions, or receiving protons. Metals bound with a hydroxyl group, where X is any metal, make up such compounds.
Lithium Hydroxide
Magnesium Hydroxide
Barium Hydroxide
Salts are substances formed when acids and bases react; these reactions are referred to as neutralisation reactions. Salt and water are the net products of the reaction between the cations of bases and the anions of acids. The crystalline structure of salts is what distinguishes them.
Sodium Bisulfate
Magnesium Chloride
Sodium Chloride
Copper Sulphate
Acids are proton donors and electron acceptors. When they dissociate, they release hydrogen ions. At least one hydrogen atom is linked to an acid radical in them. Inorganic acids, often known as mineral acids, are composed of hydrogens bound to conjugate bases. Acids that fall into this category include:
Phosphoric Acid
Sulfuric Acid
Chromic Acid
Inorganic compounds are characterised by high melting points and varying degrees of electrical conductivity. These characteristics make them valuable in a variety of applications:
- Fertilizers use it as a nitrogen source.
- Catalysts for the manufacture of plastics, textiles, and polyurethanes
- In jet and rocket fuels, as well as explosives
- As reagents in polymers such as polyvinyl chloride, as well as agrochemicals such as insecticides and soil treatments
- In the pharmaceutical industry
- As water treatment and sterilisation chemicals
- Pigments used in paints, paper, ink, plastics, fabrics, food, cosmetics, and other items
Conclusion
Chemistry is the study of the elements that make up matter. Because you can only investigate reductions if you completely combine items together, chemistry is primarily experimental. Fortunately, you don’t have to put your health and safety at risk to gain a deeper understanding of chemistry because daring scientists have already done so. The stuff of our world and universe is made up of over a hundred different components. They mix to form tens of thousands of different chemicals.
A chemical compound is made up of atoms from several elements that are linked by a chemical bond. Because the bonds are so strong, the composite behaves as if it were a single entity. The atoms that are linked together form molecules, and the molecules connect to form the chemical.
