Why is sodium chloride is not corresive in nature
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Sodium chloride forms when a sodium atom interacts with chlorine atoms and the sodium donates a negatively charged electron to the chlorine. This process makes sodium positively charged and chlorine negatively charged. As a result both ions are attracted to each other on the principle of “opposite charges attract.” This opposite charge binding forms an ionic bond between the two compounds and results in the crystallized salt sodium chloride (NaCl).
Industries located in or near oceans (e.g., oil and gas offshore platforms, refineries, petrochemical plants, ship building and others) must coat their steel structures with paints or emulsions to protect them from corrosion caused by high humidity and sodium chloride. When such industries operate, they frequently release pollutants such as hydrogen sulfide, carbon dioxide and carbon monoxide that readily react with sodium chloride and moisture. High humidity increases the chances of corrosion if proper protection measures are not implemented.
Industries located in or near oceans (e.g., oil and gas offshore platforms, refineries, petrochemical plants, ship building and others) must coat their steel structures with paints or emulsions to protect them from corrosion caused by high humidity and sodium chloride. When such industries operate, they frequently release pollutants such as hydrogen sulfide, carbon dioxide and carbon monoxide that readily react with sodium chloride and moisture. High humidity increases the chances of corrosion if proper protection measures are not implemented.
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Answer:because it is not a base it is a salt
Explanation:
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