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is a chemical compound that does not have carbon–hydrogen bonds, i.e. it is not an organic compound. This is the chemistry of "non-living" things, and the molecules and ions were non-carbon based.

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Science and technology differ to each other the way it is improve the use of science in terms of technology.

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Chemistry is the study of substances that is, elements and compounds while biology is the study of living things. However, these two branches of science meet in the discipline of biochemistry, which studies the substances in living things and how they change within an organism.

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Examples of Chemistry in Our Daily Lives

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Examples of Chemistry in Our Daily Lives

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Chemical reactions are constantly taking place around us. The human body facilitates thousands of chemical reactions every day. From the digestion of food to the movement of muscles – all bodily actions involve chemical reactions. A few other examples of chemistry in the day-to-day lives of humans are listed below.

The process of photosynthesis that enables plants to convert water, sunlight, and carbon dioxide into glucose and oxygen is a chemical reaction. This process is the foundation upon which the entire food chain is built.

Soaps and detergents that are used for hygiene work using a chemical process known as emulsification. Furthermore, they are produced using a chemical process known as saponification.

Even the sunscreen used by humans to protect themselves from the harmful UV-A and UV-B radiation of the sun is based on chemistry. These lotions and creams consist of a combination of inorganic and organic compounds that either filter or block the incoming ultraviolet radiation.

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The five primary branches of chemistry are physical chemistry, organic chemistry, inorganic chemistry, analytical chemistry, and biochemistry. Follow the buttons provided below to learn more about each individual branch.
1. Organic Chemistry

2. Inorganic Chemistry

3. Physical Chemistry

4. Biochemistry

5. Analytical Chemistry

Chemistry Reactions

Apart from these primary branches, there exist several specialized fields of chemistry that deal with cross-disciplinary matters. Some such examples include medicinal chemistry, neurochemistry, materials chemistry, nuclear chemistry, environmental chemistry, polymer chemistry, and thermochemistry.

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Chemistry has been helpful in our lives because if it wasn't discovered, we will not be introduced to many substances like cleaning materials (soap, toothpaste, shampoo, etc.) ,medicine, food and beverages, and other substances that we are currently using in our every day lives.

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Relationship Between Chemistry and Other Branches of Science

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Relationship Between Chemistry and Other Branches of Science

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Relationship Between Chemistry and Other Branches of Science

‘Science’ can be defined as the systematic study of the natural universe, its structure, and everything it encompasses. Due to the immensity of the natural universe, science has been divided into several disciplines that deal with certain aspects of the universe. The three primary subcategories of science under which these disciplines can be grouped are:

The Formal Sciences: Involves the study of the language disciplines that concern formal systems. Examples of scientific disciplines that fall under this category include logic and mathematics. Can be thought of as the “language of science”.

The Natural Sciences: Involves the study of natural phenomena through experiments and observations. Chemistry, physics, and biology fall under this category of science.

The Social Sciences: Involves the study of human societies and the relationships between the humans that dwell in these societies. Examples of scientific disciplines that fall under this category include psychology, sociology, and economics.

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The connection to chemistry comes about through the materials, process, and packaging technologies used to fabricate the devices. Microelectromechanical devices are fabricated using silicon-based processing, and thus the processing, packaging, reliability, and manufacturability all depend on a chemical knowledge base

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Jun Ma - Chemistry and technology advancements in protein gel electrophoresis

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Jun Ma - Chemistry and technology advancements in protein gel electrophoresis