Annotation

Textbook “Chemistry. Advanced level. 11th grade" is dedicated to general chemistry and relies on the knowledge acquired by students earlier: in the 8th grade - about general chemistry; in grade 9 - about inorganic and organic (initial information); in 10th grade - about organic. It represents final part author's course O.S. Gabrielyan, whose leading idea is the unity of organic and Not organic chemistry based on the commonality of concepts, laws and theories. The textbook complies with the Federal State educational standard secondary (complete) general education.

Example from the textbook

Electrons, protons and neutrons are called elementary particles. Elementary particles, as well as those built from them atomic nuclei, atoms and molecules have negligible masses and sizes, so they have special properties, unlike those that have objects in the macrocosm around us. The specific microworld they form is described by the laws quantum mechanics, which are largely applicable to particles with very small masses and very high velocities.
Quantum mechanics characterizes particles of the microworld as objects with a dual nature, which are characterized by wave-particle duality, i.e. they are both particles (corpuscles) and waves. The wave-particle dualism of microworld objects is also confirmed by the interference and diffraction of electrons, protons, neutrons, etc., familiar to you from the physics course.
Electron is a particle that determines the most characteristic chemical properties atoms and molecules. Like a particle, an electron has a certain mass and charge, at the same time its movement is characterized by its wavelength, and the flow of electrons is characterized by its ability to diffraction (waves bending around obstacles).

CHAPTER ONE. Atomic structure
§ 1. Atom - complex particle 3
§ 2. State of electrons in atom 5
§ 3. Electronic configurations atoms chemical elements 12
§ 4. Valence possibilities atoms of chemical elements 23
§ 5. Periodic law, Periodic table chemical elements of D. I. Mendeleev and the structure of the atom 26
CHAPTER TWO. Structure of matter. Dispersed systems and solutions
§ 6. Chemical bond 41
§ 7. Hybridization atomic orbitals and molecular geometry 56
§ 8. Theory of structure chemical compounds 63
§ 9. Polymers 76
§ 10. Dispersed systems and solutions 87
CHAPTER THREE. Chemical reactions
§ 11. Classification chemical reactions 97
§ 12. Thermal effects and reasons for chemical reactions 113
§ 13. Rate of chemical reactions 126
§ 14. Reversibility of chemical reactions. Chemical equilibrium 141
§ 15. Electrolytic dissociation 148
§ 16. Hydrolysis 159
CHAPTER FOUR. Substances and their properties
§ 17. Classification of substances 177
§ 18. General characteristics metals and their compounds 189
§ 19. Corrosion of metals 208
§ 20. Methods for producing metals 214
§ 21. Electrolysis. Chemical sources current 218
§ 22. Metals of the main subgroups 227
§ 23. Metals side subgroups 245
§ 24. General characteristics of non-metals and their compounds 265
§ 25. Halogens 278
§ 26. Chalcogens. Sulfur 284
§ 27. Nonmetals of the fifth group: nitrogen and phosphorus 292
§ 28. Nonmetals of the fourth group: carbon and silicon 309
§ 29. Organic and inorganic acids. 322
§ 30. Organic and inorganic bases 329
§ 31. Amphoteric organic and inorganic compounds 332
§ 32. Genetic connection between classes of inorganic and organic matter 334
CHAPTER FIVE. Chemistry in society
§ 33. Chemistry and production 340
§ 34. Chemistry and agriculture 357
§ 35. Chemistry and daily life person 369
CHAPTER SIX. Chemical workshop
Practical work No. 1. Rate of chemical reactions. Chemical equilibrium 385
Practical work No. 2. Comparison of the properties of inorganic and organic compounds 387
Practical work No. 3. Solution experimental tasks on the topic "Hydrolysis" 389
Practical work No. 4. Obtaining gases and studying their properties 390
Practical work No. 5. Solving experimental problems in organic chemistry 391
Practical work No. 6. Solving experimental problems in inorganic chemistry 392
Practical work No. 7. Genetic relationship between classes of inorganic and organic substances 393
Application. Project activities 395

Along with this also read:

Chemistry. 11th grade. Profile level. Gabrielyan O.S., Lysova G.G.

2nd ed., erased. - M.: 2015 - 400 p. 15th ed., erased. - M.: 2013 - 400 p.

Textbook “Chemistry. Advanced level. Grade 11" is devoted to general chemistry and is based on the knowledge acquired by students earlier: in grade 8 - about general chemistry; in grade 9 - about inorganic and organic (initial information); in 10th grade - about organic. It represents the final part of the author's course by O.S. Gabrielyan, whose leading idea is the unity of organic and inorganic chemistry based on the commonality of concepts, laws and theories. The textbook complies with the Federal State Educational Standard of Secondary (Complete) General Education.

Format: pdf (2015 , 2nd ed., ster., 400 pp.)

Size: 104.3 MB

Download: drive.google

Format: pdf (2013 , 15th ed., ster., 400 pp.)

Size: 74.3 MB

Download: drive.google

Format: pdf (2009 , 11th ed., ster., 400 pp.)

Size: 6 2.7 MB

Download: drive.google

Table of contents
CHAPTER ONE. Atomic structure
§ 1. An atom is a complex particle 3
§ 2. State of electrons in atom 5
§ 3. Electronic configurations of atoms of chemical elements 12
§ 4. Valence possibilities of atoms of chemical elements 23
§ 5. Periodic law, D. I. Mendeleev’s periodic table of chemical elements and the structure of the atom 26
CHAPTER TWO. Structure of matter. Dispersed systems and solutions
§ 6. Chemical bond 41
§ 7. Hybridization of atomic orbitals and geometry of molecules 56
§ 8. Theory of the structure of chemical compounds 63
§ 9. Polymers 76
§ 10. Dispersed systems and solutions 87
CHAPTER THREE. Chemical reactions
§ 11. Classification of chemical reactions 97
§ 12. Thermal effects and causes of chemical reactions 113
§ 13. Rate of chemical reactions 126
§ 14. Reversibility of chemical reactions. Chemical equilibrium 141
§ 15. Electrolytic dissociation 148
§ 16. Hydrolysis 159
CHAPTER FOUR. Substances and their properties
§ 17. Classification of substances 177
§ 18. General characteristics of metals and their compounds 189
§ 19. Corrosion of metals 208
§ 20. Methods for producing metals 214
§ 21. Electrolysis. Chemical current sources 218
§ 22. Metals of the main subgroups 227
§ 23. Metals of secondary subgroups 245
§ 24. General characteristics of non-metals and their compounds 265
§ 25. Halogens 278
§ 26. Chalcogens. Sulfur 284
§ 27. Nonmetals of the fifth group: nitrogen and phosphorus 292
§ 28. Nonmetals of the fourth group: carbon and silicon 309
§ 29. Organic and inorganic acids. 322
§ 30. Organic and inorganic bases 329
§ 31. Amphoteric organic and inorganic compounds 332
§ 32. Genetic relationship between classes of inorganic and organic substances 334
CHAPTER FIVE. Chemistry in society
§ 33. Chemistry and production 340
§ 34. Chemistry and agriculture 357
§ 35. Chemistry and everyday human life 369
CHAPTER SIX. Chemical workshop
Practical work No. 1. Rate of chemical reactions. Chemical equilibrium 385
Practical work No. 2. Comparison of the properties of inorganic and organic compounds 387
Practical work No. 3. Solving experimental problems on the topic “Hydrolysis” 389
Practical work No. 4. Obtaining gases and studying their properties 390
Practical work No. 5. Solving experimental problems in organic chemistry 391
Practical work No. 6. Solving experimental problems in inorganic chemistry 392
Practical work No. 7. Genetic relationship between classes of inorganic and organic substances 393
Application. Project activities 395