Basics of classical mechanics and molecular physics : Teaching visual aid (190,00 руб.)

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UDC 531(075) Published by the decision of the Editorial Review Board of the Kazan National Research Technological University Reviewers: Doctor of Engineering Sciences, Professor A. Turanov Ph.D. in Physics and Mathematics, Associate Professor I. Lunev Arkhipov V. Basics of classical mechanics and molecular physics : Teaching visual aid / V. Arkhipov; The Ministry of Education and Science of the Russian Federation, Kazan National Research Technological University. – Kazan : KNRTU Press, 2023. – 124 p. ISBN 978-5-7882-3429-8 The teaching visual aid outlines the main issues of the General Physics course (sections Classical Mechanics and Molecular Physics). The presentation of material in the form of various information blocks ‒ text, formulas, graphs ‒ allows you to improve the quality of teaching, the level of understanding and mastering of the material by students. The teaching visual aid is intended for students studying in the bachelor's degree program 18.03.01 “Chemical Technology” in all areas of preparation of mechanical and technological profiles in order to consolidate the theoretical foundations of the course “General Physics“. It is prepared by the Department of Physics. UDC 531(075) ISBN 978-5-7882-3429-8 © V. Arkhipov, 2023 © Kazan National Research Technological University, 2023 2

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Content Introduction .................................................................................................. 3 Mechanics ..................................................................................................... 5 Kinematics ................................................................................................ 5 Dynamics ................................................................................................ 13 Momentum conservation law … ............................................................ 21 Law of energy conservation ................................................................... 29 Dynamics of rotational motion of a rigid body ...................................... 41 Oscillations and waves ............................................................................... 55 Harmonic oscillations, pendulums.......................................................... 55 Addition of harmonic oscillations .......................................................... 63 Damped oscillations, forced oscillations, resonance .............................. 68 Waves ..................................................................................................... 75 Molecular physics ....................................................................................... 84 Ideal gas .................................................................................................. 84 Real gas .................................................................................................. 91 Statistical distributions ........................................................................... 94 Thermodynamics .................................................................................. 102 Transport phenomena ........................................................................... 114 Conclusion ................................................................................................ 120 Bibliography ............................................................................................. 121 122

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