Textbook. 2nd Edition . , dorab. - M. : Drofa, 2013. — 352 s. : il. — (Vertical) — ISBN 978-5-358-13589-5 . The textbook complies with the Federal State Educational Standard for Secondary (Complete) General Education and is designed to teach the subject at the rate of 3 hours per week. The textbook combines information about the basic laws and laws, the most important discoveries and achievements in the field of chemistry, physics, astronomy, which forms in students the idea of nature as an integral system, as well as the relationship between man, nature and society. Modern design, multi-level questions and tasks, additional information and the possibility of parallel work with an electronic application contribute to the effective assimilation of educational material . The textbook is addressed to students of the 10th grade . Emergence and development of natural science . The Emergence of Knowledge . Antique Natural Philosophy . Science and Technology in Late Antiquity . From Natural Philosophy to Science . The Birth of Science . Observation and experiment. Measurement. Presentation of experimental data and mathematical processing. Mathematical modeling . The scientific method . Hypotheses and theories . Natural science and other ways of human knowledge . The world that we feel . Space, Time, and Matter . Space and distance . Time and duration. Measurement of time. Clock. Movement. Relative motion. Force, mass, acceleration. The Law of Gravitation. Newton's Third Law . Impulse and its preservation . Curvilinear rotational motion. Periodic motion: rotation and oscillation. Free and Forced Fluctuations . Resonance. Waves. Sound. Electrostatic interaction . Physical Fields . Motion of electric charges. Electromagnetic field . Electromagnetic waves . Types of electromagnetic waves . General properties of waves. Potential energy . Kinetic energy . Friction and resistance of the medium. Conservation Laws in Nature . Objects and laws of the microcosm . The worlds we know about . Atoms: from Democritus to Thomson . Discovery of radioactivity and model of Rutherford atom. What is light?. Photo Effect. Radiation and absorption spectra . Bor's Atomic Model . Basic concepts of quantum physics . Modern ideas about the structure of the atom . Nuclear decay and elementary particles. Chemical elements and substances . Periodic law and periodic system of chemical elements D. and . Mendeleev . Structure of the atom and properties of chemical elements. Valence. Chemical bond. Chemical reactions . The speed and energy of chemical reactions . Structure and Properties of Inorganic Substances . Acids and bases. Salts and their application . Structure and Properties of Organic Substances . Cyclic organic compounds. High-molecular compounds. Compounds necessary for the existence of life: nucleic acids, polysaccharides. Compounds essential for life: proteins, lipids. Earth and the Universe . How and what we see in the universe . How to Explore the Universe . Earth and its rotation . The Earth and its Structure. The Solar System . Stars, Galaxies, and Metagalaxies . The Origin and Evolution of the Universe[edit] Speed of light. Theory of Relativity . Systems and their research. Chaos and regularity. Symmetry. Systems and systems approach. Systems Research Methods. Probability. Conditional Probability and Random Processes . Statistical methods in the natural sciences and humanities . Nobel Laureates XXI in . Nobel Laureates in Chemistry XXI in . Nobel Laureates in Physics XXI in . Nobel Laureates in Physiology or Medicine XXI in . Application. Notes for the student. List of recommended websites.