Literature, including electronic resources: А.П.Рябушко «Сборник индивидуальных заданий по высшей математике»,T1, p. 10-26
Questions to prepare for the lesson: 1) Matrix. Types of matrices.
2) Linear operations on matrices.
3) the Transposition of a matrix.
4) Determinants.
5) properties of determinants.
6) Necessary and sufficient conditions for the existence of the inverse matrix.
7) The Elementary transformations.
Lesson format:working in small groups, solving situational problems.
Lesson control: assign a rating based on a written solution to a situational problem
Tasks for SIWGT: is to examine the determinants of the matrix of the fourth order.
Control of the SIWGT: оn the classroom, when solving situational problems, similar tasks will be given.
For DL: in practical classes, work on the dis.kaznmu.kz (Moodle) and / or Microsoft Teams platforms (with the placement of individual assignments for students, presentations, with links to video lectures, etc.), video conferences on the ZOOM platform, Hangouts, etc. (mini lectures, oral survey).
Lesson 2. Linear equation system. At the end of the lesson, the student will be able to: Find a solution to a system of linear equations. To apply the method of Cramer's rule and matrix method for finding solutions of systems of linear equations.
Literature, including electronic resources: А.П.Рябушко «Сборник индивидуальных заданий по высшей математике»,T1, p. 10-26
Questions to prepare for the lesson: 1) Compatibility of systems of equations.
2) Matrix method for solving systems of linear equations.
Lesson format: working in small groups, solving situational problems.
Lesson control: assign a rating based on a written solution to a situational problem
