Table of Contents
- 1 What branch of chemistry is soap in?
- 2 Is soap making organic chemistry?
- 3 What branch of chemistry is chemical engineering?
- 4 Is electrochemistry a branch of chemistry?
- 5 What type of lipid is needed in soap making?
- 6 What are the branches of organic chemistry?
- 7 How does inorganic chemistry differ from organic chemistry?
- 8 What are the branches of inorganic chemistry?
- 9 Which end of soap is ionic and hydrophilic?
- 10 What are the two parts of soap molecule?
What branch of chemistry is soap in?
Inorganic Chemistry
Branches of Chemistry with Examples
Branches of Chemistry | Branches of Chemistry Real Life Examples |
---|---|
Organic Chemistry | Washing detergents, Plastics, Hair dyes |
Inorganic Chemistry | Floor cleaner, Soap |
Physical Chemistry | Water boiling, Water freezing |
Analytical Chemistry | Water and Soil Testing |
Is soap making organic chemistry?
The process of making soap is called saponification and is one of the earliest examples of using organic chemistry to produce a man-made product. Saponification involves the reaction of triglycerides—natural fats and oils—with sodium or potassium hydroxide.
What is the chemistry in soap making?
Today, the process of making soap most commonly involves reacting an organic acid with an alkaline chemical like potassium hydroxide or sodium hydroxide. Industrially, the caustic soda base used most often is sodium hydroxide, which is also called lye.
What branch of chemistry is chemical engineering?
Biochemistry – Biochemistry is the branch of chemistry concerned with the chemical reactions that occur inside living organisms. Chemical Engineering – Chemical engineering involves the practical application of chemistry to solve problems.
Is electrochemistry a branch of chemistry?
electrochemistry, branch of chemistry concerned with the relation between electricity and chemical change.
What type of lipid is needed in soap-making?
The common ones we use in soap-making are lauric acid, myristic acid, palmitic acid and stearic acid, shown below. This means that when they stack together neatly at a molecular level both before and after saponification, forming harder soaps (and harder blockages in your arteries, if you’re eating them).
What type of lipid is needed in soap making?
What are the branches of organic chemistry?
Contents
- 5.1 Functional groups.
- 5.2 Aliphatic compounds.
- 5.3 Aromatic compounds.
- 5.4 Heterocyclic compounds.
- 5.5 Polymers.
- 5.6 Biomolecules.
- 5.7 Small molecules.
- 5.8 Fullerenes.
How organic chemistry is different branch from another branch?
Organic chemistry is different from other areas of chemistry because it deals specifically reactions that involve carbon.
How does inorganic chemistry differ from organic chemistry?
While organic chemistry is defined as the study of carbon-containing compounds, inorganic chemistry is the study of the remaining (i.e., not carbon-containing) subset of compounds.
What are the branches of inorganic chemistry?
Branches of inorganic chemistry include applications in organic chemistry, bioinorganic chemistry, coordination chemistry, geochemistry, inorganic technology, nuclear science and energy, organometallic compounds, reaction kinetics and mechanisms, solid-state chemistry, and synthetic inorganic chemistry.
What type of organic compounds are used to make soap?
Almost all of the chemistry involved in soaps, detergents, and surfactants involves organic compounds, typically long chain hydrocarbons attached to polar functional groups, and alcohols such as glycerol.
Which end of soap is ionic and hydrophilic?
The “salt” end of the soap molecule is ionic and hydrophilic (water soluble). Monolayer: When soap is added to water, the ionic-salt end of the molecule is attracted to water and dissolved in it. The non-polar hydrocarbon end of the soap molecule is repelled by water.
What are the two parts of soap molecule?
The soap molecule has two parts: a polar group (-COO-Na +) and a non-polar group (R-hydrocarbon part). The polar group is called the head and the non-polar group is called the tail. The polar group is called the head and the non-polar group is called the tail.
What is the nature of soap solution?
In aqueous solution, soap ionises to form alkali ions. Since soaps have free alkali ions, they are alkaline in nature. Hence, the soap solutions are slippery to the touch. Students understand the terms: soap, saponification, salting out, hard soap and soft soap.