Physics

Major: Motor Vehicle Transport
Code of subject: 6.274.00.O.008
Credits: 5.00
Department: General Physics
Lecturer: Pokladok N.T.
Semester: 1 семестр
Mode of study: денна
Learning outcomes: Know physics at the level necessary to solve typical problems and problems of transport technologies. Be able to apply modern information technologies and use Internet resources. Be able to apply knowledge of the basic principles and methods of measuring physical quantities and basic technological parameters to justify the choice of measuring instruments and evaluate their metrological characteristics. Develop and use transport technologies taking into account the requirements for environmental protection. Ability to apply knowledge of the Ukrainian language for professional communication and work with scientific and technical sources. To give answers, to explain, to understand explanations, to discuss, to report in the state language at a level sufficient for professional activity. Give answers, explain, understand explanations, discuss, report in a foreign language at a level sufficient for understanding.
Required prior and related subjects: Previous disciplines: Physics (school course) Algebra (school course) Geometry (school course) Chemistry (school course) Related and the following disciplines: Higher Mathematics, parts 1,2 Computer technology and programming Theory of automatic control Electronics and circuitry
Summary of the subject: The course of general physics is designed to acquaint students with the basic course of physics (mechanics of translational and rotational motion, oscillations and waves, molecular physics and thermodynamics, electrostatics, electromagnetism, electric current, wave optics, thermal radiation, atomic physics) at the university level. using methods of higher mathematics to obtain analytical descriptions of complex physical processes. Study of this course of laboratory work with the subsequent study of processing of results of measurements, development if necessary of ways of their graphic representation, an estimation of errors of measurements, and the analysis of the received experimental results. The course of physics is the basis for understanding the physical side of the processes that occur in real industrial installations, and helps to create mathematical models of relevant processes in the study of types and types of transport systems. It allows you to find solutions to optimize the parameters of transport systems, evaluate the efficiency of infrastructure and technology of transport systems.
Assessment methods and criteria: Description of methods for assessing the level of achievement of learning outcomes 1. Survey for admission to laboratory work (orally and through written tests) 2. Survey in defense of laboratory work (orally and by performing written tests) 3. Verification of calculation and graphic works 4. Exam - written form (questions and tasks - written answers and online tests). 5. Exam - oral component Procedure and criteria for scoring and evaluation: Current control (PC): Laboratory classes: 1) 20 points - for checking reports on laboratory work, and correct answers to control questions; RGR: 1) 10 points for 10 solved tasks to your individual task number in the ANS; Independent works: 2) 10 points for 10 correct answers to tests to your individual task number in the ANS; The maximum score for the current control is 40 points. Examination control: Written component: 1) test questions - 17 questions, 2 points each (correct answer - 34 points) 2) 2 tasks - 6 and 10 points each (manual check of the sent answer) Oral component: Answers online to short theoretical questions - 10 points maximum. There is no time to prepare for the answer. The maximum score for the exam is 60 points. The maximum score for the semester PC + EC 100 points.
Recommended books: 1. I.R. Zachek, I.Ye. Lopatinsky, N.T. Pokladok Physics for students majoring in "Industrial Engineering". Manual. - Lviv: Afisha Publishing Company, 2019. - 345 p. 2. Collection of problems in physics: textbook. manual / I.Ye. Lopatinsky, I.R. Zachek, N.T. Pokladok and others - Lviv: Lviv Polytechnic Publishing House, 2016. - 244 p. 3. Collection of test tasks in physics: textbook. manual for preparation for modular and semester tests in 2 hours / I.Ye. Lopatinsky, I.R. Zachek, Yu. M. Bilinsky, V.M. Gaba, F.M. Gonchar, O.M. Gorina, S P. Dubelt, I.E. Moroz, R.Ya. Yurechko, S. O.Yuriev; for general ed. prof. Yu. Ya. Bobalo, prof. Z.G. Pikha. - Lviv: Lviv Polytechnic Publishing House, 2011. Part 1. - 220 p. 4. Collection of test tasks in physics: textbook. manual for preparation for modular and semester tests in 2 hours / I.Ye. Lopatinsky, I.R. Zachek, Yu. M. Bilinsky, V.M. Gaba, F.M. Gonchar, O.M. Gorina, S. P. Dubelt, I.E. Moroz, R.Ya. Yurechko, S.O.Yuriev; for general ed. prof. Yu. Ya. Bobalo, prof. Z.G. Pikha. - Lviv: Lviv Polytechnic Publishing House, 2011. Part 2. - 184 p. 5. Laboratory workshop on physics. Part 1. Laboratory of Mechanics and Molecular Physics: Textbook / N.T. Pokladok in co-authorship. - Lviv: Lviv Polytechnic National University Publishing House, 2015. - 188 p. 6. Laboratory workshop on physics. Part 2. Electricity and magnetism - Lviv: Lviv Polytechnic National University Publishing House, 2006. - 2004 p. 7. Laboratory workshop on physics. Part III. Optics and atomic physics: Textbook. manual. - Lviv: Lviv Polytechnic National University Publishing House, 2006. - 264 p.