Czech

Not applicable.

The acquired knowledge and practical mathematical skills will be the mainstay for gaining further knowledge and spreading additional skills in economically oriented fields, for the correct use of mathematical software and an important starting point for acquiring new knowledge in subjects of mathematical character.

Knowledge of secondary-school mathematics and successful completion of the course “Mathematics I”.

Not applicable.

Instructing is divided into lectures and exercises. Lectures are focused on the theory referring to applications, exercises on practical calculations and solving of application tasks.

Credit requirements: passing control tests and achieving at least 55% of points.
Credit is a necessary condition for taking the exam.
The exam has a written and an oral part, while the focus of the exam is an oral part.
If the student does not achieve at least 55% of the total number of achievable points, the written part and the whole exam is graded "F" (unsatisfactory) and the student does not proceed to the oral part.
The oral part, focused on the knowledge of the theory, follows the written part, it also serves to resolve any ambiguities in the written part.

The aim is to build up the mathematical apparatus necessary for the interpretation of follow-up professional subjects and to master the considerations and calculations in the field of the given subject matter (including with regard to the use of computer technology) including applications in computer science and economic disciplines. The acquired mathematical knowledge and practical computational skills are especially an important starting point for acquiring new knowledge in computer science and economically oriented fields, supporting the correct use of mathematical software, and for further expanding knowledge and skills in math mathematical subjects.
1. Sequences (limited and monotone sequences of real numbers, sequence limit).
2. First order derivations (sense, basic properties and rules, derivation of elementary functions).
3. Derivatives of the first and higher order (differential and its use, higher order derivation, l'Hospitality rule).
4. The course of function I (monotony, local and absolute extremes of function).
5. Function II (convexity and concavity, function asymptotes, full description of function behavior).
6. Indefinite integral (meaning, properties, condition of existence, basic rules for calculation, integrals of some elementary functions).
7. Integration methods (per partes and substitution methods, integration of simple rational functions).
8. Certain integral (meaning, properties, calculation rules, other applications, non-integral integral).
9. Differential equations of the first order (with separated variables, linear).
10. Linear differential equations of the 2nd order (with constant coefficients).
11. Function of multiple variables (graph and its cuts, 1st order partial derivation, differential).
12. Partial derivatives of higher order (interchangeability, local extrema).
13. Absolute and bound extremes (on compact sets, Lagrange method).

Not applicable.

The aim is to teach students to apply the above mentioned knowledge and methods to analyze the practical processes described by these mathematical models and to solve them, including applications in economic disciplines (calculations to be performed with regard to the use of computer technology).

Attendance at lectures and at exercises not controlled.

Not applicable.

Not applicable.

MEZNÍK, I. Diskrétní matematika pro užitou informatiku. CERM. CERM. Brno: CERM, s.r.o., 2013. 185 s. ISBN: 978-80-214-4761- 5. (CS)
MEZNÍK, I. Základy matematiky pro ekonomii a management. Základy matematiky pro ekonomii a management. 2017. s. 5-443. ISBN: 978-80-214-5522-1. (CS)
Mezník,I.: Matematika II.FP VUT v Brně, Brno 2009 (CS)

Not applicable.