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| Ionic Reactions Don't Change the Chemical Makeup |
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In a wide range of ionic reactions, not all of the chemicals go through an actual change. An example of this is a salt which is an ionic compound that is made with the reaction of an acid base. This process is commonly referred to neutralization because the product produced is more similar to being a neutral rather then the original acid or base.
An electron acceptor is a chemical being that is able to accept electrons that are transferred to it from another compound. It’s an oxidizing agent that is itself reduced because of the acceptance of the electrons. An oxidizing agent may also be known as; an oxidant, oxidizer or oxidizer. It is either a chemical compound that readily transfer oxygen atoms or a substance that receives electrons in a redox chemical reaction. No matter which case, the oxidizing agent is reduced in the process.
For the most part, oxidizing agents undergo a permanent chemical change through covalent ionic reaction chemistry. This ionic reaction process results in a permanent and complete transfer of one or more electrons. In most other chemical reactions the process by which the electron is transferred is not totally transferred. It results in an electron resonance between the donor and the accepter. This causes the forming of charge transfer complexes through which the components mostly keep their same chemical identities. A charge transfer complex is the chemical association between two or more molecules, or individual parts of one large molecule, where by the attraction is made by an electronic transition into an excited electronic state. This complex allows for the electron to be transferred between the two molecules. Some examples of electron acceptors that have a bearing in the process of ionic reactions are; nitrate, oxygen, iron, manganese, carbon dioxide, sulfate and also in certain microorganisms the chlorinated solvents like tetrachloroethylene (PCE), trichloroethylene (TCE), dichloroethene (DCE), and vinyl chloride (VC). Not only do these ionic reactions make it possible for the transfer of electrons, but they are also proven to be a natural biodegradation of organic contaminants.
.On the other side, and in order for ionic reactions to happen there must be a donor electron. This is a chemical entity that donates its electrons to another compound. This is considered a reducing agent that becomes itself oxidized after it donates its electron. Normally a reducing agent will take on permanent chemical changes while going through the ionic reaction chemistry. This will cause the irreversible transfer process of one or more electrons. The ionization potential is the way these electron donators measure the power needed to remove an electron from the highest occupied molecule orbital.
Another form of an ionic reactions is an ionic bond. This is a chemical bond in which a metal and a nonmetal ion bond because of the attraction between two oppositely charged ions. A cation, or positively charged ion from the metal donates one of more electrons that end up to be a stable electron configuration. The electrons are able to enter the nonmetal which causes it to make a negatively charged ion or anion. |
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