To name the compounds is to understand its properties and how it reacts. Hence, to understand and name a compound is to understand its properties and how it reacts. The names given by chemists to various kinds of chemicals come from their molecular structures. It is essential to know the properties of a molecule before it can be named.
In a familiar experience, names are provided for things based on its appearance. There are hundreds of compounds in our planet. It is very difficult to name all of them because there are so many. For instance, you cannot label all of the Dichlorofluorocarbons (DCFCs) that exist in the earth’s atmosphere. That is why we cannot name them all. I have written some names for you below.
In The Worksheet: Hydrogen (H2) gives a basic group with four hydrogen atoms. The symbols O is used for Oxygen and R for the Hydrogen atom. Oxygen has three protons and three neutrons. These compounds do not react with each other or with gases at the same temperature.
In The Worksheet: Zinc is an element that has only one electron, and thus one electron is missing. The symbol I used for Zinc is Zn. The simplest examples of Zinc compounds are the ZnO molecules. Zinc has a lower boiling point than oxygen. However, it is not electrically conductive. Therefore, these two compounds are not soluble in aqueous solutions.
In The Worksheet: Copper is an element with two zinc ions. The symbol C has a lower ionic strength than the one of zinc. As a result, copper does not react with other compounds, but it can react with metals at the same temperature.
In The Worksheet: Acidic substances usually have a carbonyl group attached to the acid. The names of these carbonyl groups are C 2 and OH-. Other names include HO, HCO 3, and OH-. When the acid is ionized, the oxygen ions are stripped from these carbonyl groups.
In The Worksheet: Acetaldehyde is an anhydride of alcohol. It has a high boiling point and will decompose when mixed with water.
In The Worksheet: Carbon is the element with the highest ionic strength. The symbols are CO for Carbon and O for Oxygen. Carbon is very reactive and is a highly reactive agent. It reacts with water at a similar rate to ammonia. When it is oxidized to carbon dioxide, its high ionic strength causes the remaining atoms to become unstable and give off heat.
