From the atom to the periodic table: difference between organic and inorganic chemistry in Emsat Chemistry

What are the most important sections of the Emsat Basic Chemistry test, and how can I prepare and prepare to answer all these questions? All of this is on the mind of the Emsat test student and wants to know the answers and the differences between the basic concepts of chemistry and what is the difference between organic and inorganic chemistry, which represents an important part of the Emsat Chemistry exercises. 

In this article, we will learn about organic and inorganic chemistry, what is the difference between them, and tips for solving questions successfully.

Basics of Emsat Chemistry exercises

This test includes many sections that you must prepare well for, and the most important of these sections are the following:

Atom structure and chemical bonds

In the world of chemistry, atoms and chemical bonds play a crucial role in determining the properties and interactions of substances.

The atom consists of a central nucleus containing the protons in the nucleus and neutrons, and an outer layer containing the electrons orbiting around the nucleus. 

Chemical bonds are formed when the outer atoms bond to form stable molecules.

The types of chemical bonds differ, according to this difference between organic and inorganic chemistry, such as covalent bonds, ionic bonds, and coordination bonds, in the way they are formed and their properties.

Naming compounds and their properties

When we talk about naming organic compounds found in organic chemistry, we refer to compounds that contain carbon as a primary element.

Carbon is an important element in organic compounds, as it forms multiple bonds with itself and with other elements such as hydrogen, oxygen, nitrogen, phosphorus, and sulfur, and these bonds form the pillar of life.

When naming organic compounds, it relies on the established International Nomenclature System (IUPAC) which aims to standardize the nomenclature of organic compounds and provide a unified system for distinguishing compounds according to their chemical structure.

Based on the bonds and functional groups present in the compound, organic compounds are named and the arrangement of bonded atoms is determined.

Determine the structural properties of compounds

To understand the difference between organic and inorganic chemistry, we should also know how to determine the structural properties of compounds.

In organic chemistry, the composition of compounds is determined based on the bonds between atoms and their arrangement.

After determining the structural structure of the compound, the chemical and physical properties of this compound are studied and understood.

In organic chemistry, chemical bonds are the basic basis for understanding the properties of compounds and their interactions.

With different forms of chemical bonds, the chemical properties of compounds differ.  

On this basis, we can classify compounds and understand how they interact with other substances.

In short, determining the structure of compounds and analyzing structural properties in organic chemistry helps us understand and explore the world of organic compounds, and solve chemistry exercises.

 Organic Chemistry

Organic chemistry focuses on the study of chemical compounds that contain carbon.

These organic compounds are considered an essential part of the biological world, as they include lipids, proteins, and other organic compounds found in living organisms.

Organic compounds are very diverse and include natural compounds such as amino acids, alcohols, sugars and fats, as well as synthetic compounds such as plastics, medicines and perfumes.

Importance of organic chemistry

Organic Chemistry plays a vital role in our daily lives on several levels:

     1.Many uses:

Organic compounds are used in many fields such as medicine, agriculture, technology, and the food industry.

They form the basis of many products we use daily such as medicines and polymers.

     2.Study of plant and animal life:

By understanding organic chemistry, we can understand how organic molecules function in biological systems such as plants and animals, and develop new ways to enhance agricultural production and preserve the environment.


Research in organic chemistry is an important field for understanding more about organic compounds and developing new technologies. It offers huge potential for innovation and new discoveries.

In short, organic chemistry is of great importance in interpreting and understanding animal and plant life, and developing technology and various industries, and this is one of the differences between organic and inorganic chemistry.

 Inorganic chemistry

Inorganic chemistry is a branch of chemistry that deals with elements and compounds that do not contain carbon.

In organic chemistry, carbon is an essential element for chemical and biological compounds.

However, there is a large group of compounds that contain other elements and are classified in the branch of inorganic chemistry.

Inorganic chemistry includes many common elements such as oxygen, nitrogen, sulfur, metals, metals, salts, acids, bases, and other inorganic compounds.

Importance of inorganic chemistry

It plays a vital role in our daily life:

  • It contributes to the manufacture of many materials used in various industries, such as plastics, medicines, paints, fertilizers, pesticides and more.
  • It also has an important role in understanding and developing modern technology, such as the development of computers, communications, and the synthesis of new materials.

In short, it can be said that inorganic chemistry is an important field in chemistry that studies inorganic compounds and their effects on daily life and modern technology. 

You can prepare for the test and Emsat Chemistry exercises and learn the difference between organic and inorganic chemistry with the team.

Organic and inorganic chemistry

When looking at the periodic table of elements, a question may come to mind about the difference between organic and inorganic chemistry.

When Preparing emsat chemistry, you must understand the difference between them.

Differences in basic concepts

Organic chemistry deals with compounds that contain carbon, while inorganic chemistry deals with compounds that do not contain carbon.

Organic chemistry focuses on the study and interactions that occur between organic compounds, such as hydrocarbons, phenols, aldehydes, fatty acids, proteins, and carbohydrates.

In contrast, inorganic chemistry focuses on inorganic substances, such as metals and salts of acid and base.

Differences in models and applications

One of the differences between organic and inorganic chemistry is that organic chemistry uses models and techniques related to carbon and carbon-carbon bonds, such as molecular structure and organic reactions.

Organic applications are concentrated in the manufacture of medicines, plastics, dyes, fibers, etc.

In contrast, inorganic chemistry relies on models and techniques related to inorganic substances, such as mineral reactions, liquid and gaseous substances.

Whether you are a student or interested in chemistry, understanding the differences between organic and inorganic chemistry can expand your understanding of the world of chemistry and its diverse applications.

How do students deal with Emsat exercises in organic and inorganic chemistry?

When it comes to tests and Emsat Chemistry exercises and inorganic chemistry labs, these experiments can be stimulating and interesting.

Here are some tips provided by the team to help you deal with these exercises efficiently and confidently Preparing emsat chemistry:

    1.Read related topics:

Before starting any training, read the related content carefully.

Make sure you have a good understanding of the basic concepts and terminology used.

You may need to refer to your notes or look for additional sources to clarify your understanding.

     2.Good planning:

Before starting chemistry exercises, make a clear plan for the steps you will take.

Try to determine what materials and equipment you will need, and prepare them in advance.

Good planning can help reduce disruptions and improve your organization.

    3.Continuous practice:

Do not be satisfied with just doing the training once, you must know the various exercises in order to distinguish the difference between organic and inorganic chemistry more clearly.

Practice experiments frequently to improve your skills and enhance your understanding in the field.

Benefit from feedback and try to improve your results based on the feedback received.

   4.Teamwork and participation:

Collaborate with your classmates and share experiences and knowledge.

Group work and participation can increase your understanding and enhance your skills in Preparing emsat chemistry.

5.Take advantage of helpful resources:

If you have difficulty understanding or conducting experiments, do not hesitate to ask your teacher, classmates, or additional resources for help such as books and reliable websites.

6.Using the

An educational platform that offers you private lessons and training in preparation for the Emsat test with an experienced and professional team of Arab and foreign teachers.

Using these tips, you can enhance your understanding, improve your skills in the field of chemistry, and easily learn the difference between organic and inorganic chemistry. 

You may find that a combination of practice, collaboration, and good analysis of experiments will help you excel in your studies and achieve positive results in your chemistry exercises.

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