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Teaching disciplines • Linear Algebra and Analytic Geometry • Mathematical Analysis • Probability Theory and Mathematical Statistics • Equations of mathematical physics • Linear and nonlinear equations of physics
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• Linear Algebra and Analytic Geometry
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The goal of the discipline is • training in the basics of mathematical knowledge; • acquiring experience in constructing mathematical models; • conducting the necessary calculations within the constructed models; • using of mathematical symbols for calculation of limits and derivatives.
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Structure of the course:
• Linear algebra
• Vector algebra
• Analytical geometry
• Introduction to analysis
.Theory of limits
• Differential calculus
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The goal of the discipline is
• training in the basics of mathematical knowledge;
• acquiring experience in constructing mathematical models;
• conducting the necessary calculations within the constructed models;
• using of mathematical symbols for calculation of limits and derivatives.
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Structure of the course
• Integral calculus of functions of one variable
• Integral calculus of functions of several variables
• Field theory
• Differential equations
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• Equations of mathematical physics
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The goal of the discipline is
• developing skills of mathematical formulations of physical problems;
• solving differential equations in partial derivatives;
• acquiring of basic techniques for solving practical problems of the discipline on the topics;
• application of mathematical methods and elements of scientific research in the physical problems.
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Structure of the course: • Equations in partial derivatives of the first and second order
• Sturm–Liouville theory
• Heat equation
• Wave equation
• Laplace equation
• Special functions
• Basics of nonlinear physics
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Расписание
