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Electricity and magnetism

ОК 9

Обов’язкова дисципліна для ОП

First

2023/2024

3 Semester

7

- Understand the broad interdisciplinary context of the specialty, its place in the theory of knowledge and evaluation of objects and phenomena - Be able to use the principles and methods of reproduction of reference quantities in the construction of reference measuring instruments (standard samples, reference transducers, reference measuring instruments) - Know and understand modern theoretical and experimental research methods to assess the accuracy of the results - Know, understand and be able to apply at a basic level the basic principles of general and theoretical physics, including classical, relativistic and quantum mechanics, molecular physics and thermodynamics, electromagnetism, wave and quantum optics, atomic physics and atomic nucleus to establish, analyze, interpret, explain and classify the essence and mechanisms of various physical phenomena and processes to solve complex specialized problems and practical problems in physics, optics and laser physics.

Full-time form

Knowledge of the basic laws of physics, formulated in the course of general physics and the basics of quantum mechanics. Be able to apply previous knowledge of the courses of mathematical analysis, mathematical physics, basics of vector and tensor analysis, and differential equations to solve theoretical problems of the course. Posses the basic skills in conducting experimental work previously obtained in the training laboratories on the general course of physics.

1. Electricity. Electrostatics. Direct electric current and conductivity of different types of media. 2. Magnetism. The magnetic field of direct current. Electromagnetism. Introduces the electric field's basic characteristics and the laws of electrostatics, Gauss's theorem for vacuum and matter; the basic definitions and regularities are given. The magnetic interaction of electric currents in vacuum and matter is considered, the basic characteristics are introduced, and the basic laws are given. On this basis, a generalization is made - the theorems on the circulation of the vectors B and H-one of Maxwell's equations. Electromagnetic phenomena are considered, Faraday's law - one of Maxwell's equations. Based on the system of such equations, the wave equation is obtained and one of its solutions - the plane electromagnetic wave equation was obtained. The program includes practical classes on the course.

1. Е. Парсел. БКФ. Електрика та магнетизм. М., «Наука», 1971 2. А.Ф. Гуменюк. Електрика та магнетизм. К., "Четверта хвиля", 2008. 3. Д.В. Сивухін. Загальний курс фізики, ч.3. Електрика та магнетизм.- М., "Наука", 1977 4. І.В. Савельєв. Курс загальної фізики, том ІІ. Електрика. - М., "Вища школа", 1987.

Lectures, consultations, practical classes, independent work

The results of students' learning activities are evaluated on a 100-point scale. Forms of current control: assessment of homework, written and oral answers to independent tasks. The student can receive a maximum of 40 points for homework, independent assignments, and oral answers. The final semester control is conducted in the form of an exam (60 points). The exam ticket includes 2 theoretical questions (20 points each) and a task (20 points).

Ukrainian