- Definition of C7H12
C7H12 is a chemical formula commonly known as Heptene. In English, this substance is also called “Heptene”. It consists of 7 carbon (C) atoms and 12 hydrogen (H) atoms. C7H12 has a molar mass of about 96.17 g/mol. The chemical structure of C7H12 consists of 7 carbon atoms linked together by covalent bonds and 12 hydrogen atoms attached to these 7 carbon atoms.
- Properties of C7H12
2.1 Physical properties of C7H12
Heptene usually appears as a colourless liquid with a distinct smell. Its pH level may vary depending on the environment.
2.2 Chemical properties of C7H12
Heptene can react with a variety of different substances. Some typical reactions include reactions with metals, acids, and nonmetals.
- Common chemical equations with C7H12
The specific chemical equation may vary depending on the type of reaction. You can find detailed information about specific reactions by referring to academic materials or chemistry textbooks.
- Synthesis of C7H12
4.1 Laboratory synthesis of C7H12
The method of synthesizing C7H12 in the laboratory can vary depending on the specific steps and materials used.
4.2 Industrial synthesis of C7H12
In industry, C7H12 is often produced from other hydrocarbon compounds through the process of hydrocarbon chain shortening or performing specific chemical reactions.