What is the difference between lauric acid and lauryl alcohol
1. molecular structure is different
The main difference between lauric acid and lauryl alcohol is their molecular structure. The chemical formula of lauric acid is C10H20O2, while the chemical formula of lauryl alcohol is C10H20O. Their molecular formula is very similar, only one hydroxyl (-OH) number. The lauric acid molecule contains two hydroxyl groups, while the lauryl alcohol molecule has only one hydroxyl group.
This small difference in molecular structure leads to many differences in their properties. For example, lauric acid is different in solubility and acidity from lauryl alcohol.
lauric acid and lauryl alcohol have what difference?
1. Molecular structure
The molecular formulas of lauric acid and lauryl alcohol differ by only one hydroxyl group, resulting in significant differences in many properties. Lauric acid contains two hydroxyl groups, while lauryl alcohol contains only one.
2. Physical properties
Lauric acid has a relatively high boiling point of about 166°C, while lauryl alcohol has a boiling point of about 149°C. This makes the lauric acid easier to evaporate at high temperatures.
3. Chemical properties
Lauric acid is an acidic substance, while lauryl alcohol is a non-acidic substance. In chemical reactions, lauric acid reacts more easily with alkaline substances.
lauric acid and lauryl alcohol have what difference?
USES DIFFERENT
Lauric acid and lauryl alcohol are widely used in industry and nature. Lauric acid is commonly used in the manufacture of food additives, pharmaceutical intermediates and cosmetics. Lauryl alcohol, on the other hand, is commonly used for food preservation, solvent and disinfection purposes.
Application field
In nature, both lauric acid and lauryl alcohol are found in plants, such as certain types of laurel. They perform different functions in plants, such as antioxidants and aroma components.
lauric acid and lauryl alcohol have what difference?
Preparation method
Lauric acid and lauryl alcohol can be prepared by different chemical processes. Lauric acid usually needs to be dehydrated under acidic conditions, while lauryl alcohol can exist in the form of alcohol groups.
Security issues
In production and application, lauric acid and lauryl alcohol may cause certain safety risks to human body and environment. Because of its acidity, lauric acid may be irritating to some people's eyes and skin, while lauryl alcohol may cause secondary pollution to the air because of its volatility.
In summary, lauric acid and lauryl alcohol are significantly different in molecular structure, physical properties, uses and application fields. Understanding these distinctions helps to make better use of their different uses in industry and nature.
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