Overview
In Chapter 4 we read about precipitation reactions, acid-base reactions, and oxidation-reduction reactions.
In your book, in Figure 4.10 is an example of how antacids are an acid-base reaction. The antacids react with excess acid in the stomach to neutralize it. This discussion will help you see how these reactions occur every day around you.
Instructions
For this discussion, you need to find a specific example of one of these reactions types that you might encounter every day and present it to the class.
- Discuss the reaction you chose.
- Explain which type of reaction it is, and how the chemistry works.
- Be sure to include a reference for your article.
No two people can have the exact same reaction so post early to get the topic you want.
*Note: I am using Chemistry: the central science by Brown
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Chemical Reactions in Your World
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Chemical Reactions in Your World
Chemical Reactions in Rusting
In our daily life, we encounter many chemical reactions, which may be classified as acid-base reactions, oxidation-reduction reactions or precipitation reactions (Brown, 2015). There are many chemical reactions that occur in our daily life and which can be classified into the three categories studied in class. Examples of chemical reactions that occur in our daily life include photosynthesis, which is an energy generation process that involves the combination of carbon dioxide and water. Other examples include rusting and combustion of domestic gas. In this post, a discussion of chemical reactions involved in rusting process will be discussed.
Rusting is a common reduction-oxidation (redox) chemical reaction that occurs when air combines with iron in the presence of water. When iron is exposed to air in presence of moisture, it combines with the compounds in a chemical reaction process that leads to formation of a reddish brown oxide commonly known as rust. The phenomenon is observed in the pipes of our water systems, farm implements and even parts of vehicles. It is an expensive chemical reaction as it causes increased wear and tear, leading to lose of money in replacement and purchase of new items. The chemical process involved in rusting is classified as redox reaction. According to (Beran, 2011) redox reactions are often accompanied by changes in color more than is observed in acid-base reactions. Whereas there is a transfer of protons (H+) in acid-base reactions, the authors asserts that in redox reactions, there is a transfer of electrons (e−) between the substances involved in the chemical reaction process (pp. 309). The transfer of electrons results in the change in the oxidation numbers of the elements involved in the chemical reactions. It is due to these transfer or exchange of electrons that makes the process to be termed as redox, since the elements in redox reaction that has its oxidation number…………………………………………………………………………………………………
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