Engineering chemistry books free download pdf

On the other hand, inorganic chemistry studies minerals and artificial products obtained from chemical reactions. Thanks to this field, a wide variety of products have been created without which we would not be able to conceive of everyday life. For example, cosmetics, personal hygiene products, cleaning products, fertilizers, medicines, paints, plastics, fabrics, among many others. Chemistry, in general, has worked in combination with other sciences to achieve impressive advances in the fields of health, environment, transportation, industry and even art.

In this sense, it has contributed to sciences such as medicine, pharmacy, biology and geology, just to name a few. Other branches that arise from the two divisions of chemistry are: biochemistry , analytical chemistry , quantum chemistry , environmental chemistry , among others.

All of them you will be able to study with our chemistry books available for you. Without this great experimental science, life today could not be what it is. As simple as it is true.

And although there are still many things to discover, everything it has given us as a science is invaluable. With our compendium of books on chemistry you will learn about the theory and applications of chemistry, from the most basic to the most complex concepts.

It will help you become a specialist in this area so indispensable yesterday, today and tomorrow. Analytical chemistry is the branch of chemistry that focuses on the understanding of matter, in other words, the analysis of the materials that make up a sample, using experimental or laboratory methods.

This branch is divided into quantitative analytical chemistry quantity and qualitative analytical chemistry quality. Chemical analysis is the practical part that applies analytical methods to solve problems related to the composition and chemical nature of matter. The fields of application of chemical analysis are very varied: in industry, the quality control of raw materials and finished products stands out; in commerce, certified analysis laboratories ensure the quality specifications of goods; in the medical field, clinical analysis facilitates the diagnosis of diseases.

The knowledge that gave rise to analytical chemistry arose from the modern idea of the chemical composition of matter, which emerged in the 18th century. Biochemistry studies the chemical composition of living organisms, especially proteins, carbohydrates, lipids and nucleic acids. It attempts to understand the chemical basis of life: the molecules that make up cells and tissues, which catalyze the chemical reactions of cellular metabolism such as digestion, photosynthesis and immunity, among many other things.

It is applied in many areas of medicine , agri-food, pharmacology , and several other areas. It is an eminently experimental science, which resorts to the scientific method, that is to say, to the verification of experiments by means of numerous instrumental techniques of its own and also of other branches of science such as statistics and physics.

Cosmetic chemistry studies the chemical compounds suitable for use in the creation of cosmetics. To do so, it takes into account the structure and condition of the skin, and the effect of these compounds on this organ.

The aim of this discipline is to eliminate the use of toxins that are detrimental to both the health and beauty of individuals. Therefore, a growing trend in recent years is to opt for natural compounds instead of synthetic elements, eliminating health risks and the testing of products on animals.

This discipline is of vital importance to achieve an optimal treatment of the skin, but at the same time it has useful ramifications in other areas of medicine. Both plastic surgery and dermatology use knowledge of cosmetic chemistry to perform procedures or treatments. Inorganic chemistry is the branch of chemistry that studies the properties, structure and reactivity of inorganic compounds. This field of chemistry encompasses all chemical compounds except those with carbon-hydrogen bonds, which are studied by organic chemistry.

Broadly speaking, inorganic chemistry can be considered as chemistry without carbon, although artificial compounds obtained in the laboratory, such as fullerene, graphene, nanotubes and carbides, among others, can nowadays be obtained in the laboratory in a totally synthetic way, being inorganic compounds even though they comprise carbon atoms.

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Phase Rule Lesson 1. Phase rule and its application to one component system Lesson 2. Phase rule and its application to two component system Module 2. Fuels Lesson 3. Fuels and its classification Lesson 4. Fuels and its testing Module 3. Colloids Classification, properties Lesson 5. Colloids — I Lesson 6. Colloids — II Module 4. Corrosion Causes, type and methods of prevention Lesson 7. Corrosion and ais classification Lesson 8. Prevention methods of corrosion Module 5. Water Hardness Lesson Disadvantages of hard WaterLesson 9.

Water Treatment Module 6. Scale and sludge formation in boilers, boiler corrosion Lesson Scale and sludge formation in boilers Lesson Prevention methods of boiler corrosions Module 8. Nuclear radiation, detectors and analytical application of radio active materials Lesson Radiation and radioactive materials Module 9.