What is Intermolecular Force?

What is Intermolecular Force?Organic chemistry is essentially a broad field of study that makes use of the study of molecules and related elements, their bonds and intermolecular forces. It gives theoretical frameworks that are used in experiments and allows for the study of reactions between these elements and its derivatives.Intermolecular forces are often stronger than those between atoms. So the effects of the individual atoms in a molecule can be seen as a chain reaction that can be started by a catalyst. Different catalysts have different properties, making it important to understand the intermolecular forces.During chemical reactions, atoms are forced to move from one place to another. The molecules are not always moving in the same direction, so they tend to mix with each other in the process. This mixture will produce a large number of compounds, which can occur in an un-ordered manner.Before you understand the intermolecular forces, you must know what are the forces of attr action and repulsion. These are the two types of forces that are involved in any chemical reaction. They are based on the forces that an atom has to move between two different molecules. Molecules that contain two atoms but moving in different directions are said to be covalent.A molecule that contains three atoms but moving in the same direction is said to be a molecular ion. However, if the molecules are moving at the same speed, they are said to be monovalent.In organic chemistry, intermolecular forces occur when two atoms that are close to each other to move into the space between molecules of the same element. When they do this, they create an intermolecular force that keeps them in their places and prevents them from merging.To explain further, an intermolecular force occurs when the molecules are moving towards each other and when they are moving away from each other. Once they cross the point where the two molecules meet, an intermolecular force is created, which keeps them from touching each other.Chemical reactions are different because there are different types of molecules and there are different types of reactions. When the molecules are different, there is no intermolecular force, so if the reaction fails, there is nothing that can stop it from happening.