Physics

Major: Publishing and Printing
Code of subject: 6.186.00.O.015
Credits: 5.00
Department: General Physics
Lecturer: Tovstyuk Nataliia Kornijivna
Semester: 2 семестр
Mode of study: денна
Learning outcomes: basic theories, methods and principles of physics will be applied in the professional activity field – mastering work skills in order to work independently (graphic and calculation work) or in the group ( laboratory work, including leadership skills duringt their impkementation), the ability to get desired result
Required prior and related subjects: Previous academic disciplines: linear algebra and analytical geometry, mathematical analysis, differential equations, physics for school accompanying and following academic disciplines: pprobability theory, elements and units of printing equipment, modern printing materials, technologies of polygraphic productions
Summary of the subject: the course of physics consists of 22,5 lectures, 7(8) practice and 8(7) laboratory classes in the second semester. Lecture course covers sections in which physical foundation of mechanics, molecular physics and thermodynamics, electromagnetism, wave optics, quantum nature of radiation, photoelectric effect, de Broglie's hypothesis, elements of quantum mechanics and solid state physics are set out. Laboratory works are performed in electrical and optical laboratories. After completing each topic students are interviewed in writing. At the end of the semester they pass graphic and calculation work and pass exam.
Assessment methods and criteria: Maximum score in points - 100. Current control (CC): laboratory classes (20 p); control of individual work (10p+5p), graphic and calculation work (GCW) - 5p; together for CC - 40p. Examination control (EC): writing component -50p, oral component - 10p. Together for discipline (CC+EC) - 100p.
Recommended books: I. Ye. Lopatynskii, I.R. Zachek, G.A. Il'chuk, B.M. Romanyshyn, V.M. Gaba, F.M. Honchar. Course of physics. - Lviv, Afisha, 2003. Course of physics. - edited by Lopatynskii I. Ye., Lviv, Beskyd Bit, 2002. R.D. Vengrenovych, M.O. Stasyk. Physics. Textbook, Chernivtsi "DrukArt", 2017.-736P.