Organic Chemistry: Gas Laws

Organic Chemistry: Gas LawsThe organic chemistry tutor discusses the different methods of making a gas. This includes methods of converting hydrogen into water, the first step to understanding the nature of gas.The organic chemistry tutor also explains what a chemical bond is. This process occurs in a physical relationship between two substances. For example, water forms a strong bond with itself through its molecular density.The organic chemistry tutor then describes the bonds that link the atoms of the gas molecules. As these bonds are broken, it allows the gases to escape from the system and creates a vapor. The organic chemistry tutor also explains the differences between molecules that are electrically charged and those that are neutral.The organic chemistry tutor then explains how the bonds of the nitrogen atom connect to the oxygen and nitrogen atoms on each of the other gas molecules. This process is called hydrodynamics. It is used to make the gas.The second method used to m ake a gas is the Boyle's Law of Gas law. The organic chemistry tutor explains how the gases are released. The gases are also expelled when they change their shape.In the final analysis, the temperature plays a major role in the nature of a gas. If the temperature changes, the gas will absorb or emit some of its energy in accordance with the change in temperature. Therefore, the temperature has a major impact on the creation of a gas.The organic chemistry tutor explains the importance of the hydrogen and oxygen atoms in the creation of a gas. These atoms are important because they are responsible for the actual nature of the gas. When the atoms are at different places in the molecule, then the temperature has a greater impact than when they are at the same place.The organic chemistry tutor explains the chemistry behind how a gas molecules bond and how they escape from the system. This helps explain the chemistry of the molecules in a gas.