What is Inorganic Chemistry

What is Inorganic ChemistryInorganic chemistry is the department of chemistry which studies the behavior and deduction of organic and inorganic metallic chemical compounds. It has applications in every part of the chemical compound industry which includes materials science, catalysis, surfactants, paints, medicinal drug, coatings, farming and fuel. Inorganic chemists are working in different disciplines as varied as the mining and ecology, microchip industries and education. Their research is according to realizing the analogues and the behavior with regard to inorganic compounds. 

Sub Topics:

Chemical and Physical Changes

Advanced Inorganic Chemistry

Aside from the above described common topics studied under inorganic chemistry, the advanced and new inorganic chemistry deals with lots of other topics. Advanced inorganic chemistry is linked to many topics from physical chemistry, biology, organic chemistry and so on.

Chemistry of clathrates, alloys, heteropolyacids and isopolyacids and so on are studied under advanced inorganic chemistry.

Fuels and furnaces: This subject in inorganic chemistry research the types of fuel available, both artificial and natural, their own physical and chemical properties, important requirements of a fuel and so on. The usage of fuels in furnaces, kinds of furnaces etc are managed under this topic of advanced inorganic chemistry. This topic gives a connect to the applied chemistry and engineering chemistry.

Spectroscopy: This topic is broadly learned in organic, physical and inorganic chemistry as well. Though itís part of analytical chemistry, spectroscopy and different topics linked to it are learned like advanced inorganic chemistry too.

Inorganic Chemistry Problems

 A few of the inorganic chemistry training problems are given below.

Solved Examples

Question 1: Making use of nitric acid the way the following compounds are obtained in a single step.


Phosphoric acid

Stating the circumstances of the reaction provide balanced chemical equations.


  1. Mg + 2HNO3 (very dilute) → Mg(NO3)2 + H2
  2. P4 (red phosphorus) + 20HNO3 (conc) →heat 4H3PO4 (phosphoric acid) + 20NO2 + 4H2O


Inorganic Chemistry for Dummies

Inorganic chemistry could be an intimidating topic, but it does not have to be. Whether you are presently enrolled in an inorganic chemistry course or you have experience in chemistry and wish to expand your understanding, Inorganic Chemistry For Dummies is the friendly, hands-on guide you can trust for fast, easy studying.

Inorganic Chemistry for Dummies includes a thorough introduction for the study of the behavior and synthesis of organometallic and inorganic substances. In plain English, it describes the principles of inorganic chemistry and contains worked-out problems to improve your knowledge of the key theories and concepts of the area.

Presents information in an effective and straightforward way

Addresses topics you will experience in a typical inorganic chemistry course

Gives plain-English explanations of complex concepts


Inorganic Chemistry Examples

Inorganic chemistry is one department of science where the properties of compounds and behavior tend to be inorganic. Being more precise a definition of organic chemistry is required. Organic chemistry is in which compounds include carbon. In this definition any kind of compound with carbon could be organic and any compound with on carbon is considered inorganic. An example on inorganic chemistry is salt.

A main branch of chemistry is usually thought to embrace all materials except hydrocarbons as well as their derivatives or all substances which are not compounds of carbon disulfide. It addresses a broad array of subjects, among that are crystallography, atomic structure, coordination compounds, chemical bonding, ceramics, acid-base reactions and the different subdivisions of electrochemistry (battery science, electrolysis, semi conduction, corrosion and so on.). It is essential to express that inorganic and organic chemistry usually overlap. For example, chemical bonding applies to both electrochemistry, disciplines and acid-base reactions get their organic counterparts, coordination compounds and catalysts might be either inorganic or organic.  

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