Course in Mathematical Physics using Maple package

The study manual examines the classical methods for integrating differential equations in second-order private derivatives, the method of integral transformations in finite and infinite limits, elements of the theory of integral equations, as well as approximate methods for solving problems of mathematical physics (variation methods and grids method) The focus is on constructive methods with which you can construct a clear solution to the problem. The presentation is illustrated by a large number of detailed disassembled examples and tasks.
The training course feature is the widespread use of the Maple analytical computing system in solving the learning tasks of mathematical physics. At the end of the chapters, a significant number of tasks are given for self-decisions and examples of solving problems in Maple with the texts of the programs, which makes it a training manual suitable for practical and laboratory classes in mathematical physics.
A training manual can be recommended to students studying in the directions Applied mathematics and informatics and other physical and mathematical and engineering and technical directions of technical universities