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Mathematical Analysis

6 ECTS
Bachelor
Czech | English
Zbyněk Šír

You will gain knowledge of mathematical formalities and basic topics of mathematical analysis. Upon completion, you will be familiar with the primary problems of higher mathematics. You will be able to apply methods in solving problems in various fields (elementary functions, limits of functions, continuity of functions, derivatives, indefinite and definite integral, functions of two variables, double integral, sequence and their limits, orders and their properties, complex numbers, polynomials, etc.). The lectures will first be theoretical, and then you will calculate practical tasks that will verify that you understand the material correctly.



Course outline

Number sets, statements, transform, functions
Natural, full, rational and real numbers and their properties, sets and essential set operations, logic conjunctives, quantifiers, negation, transform and its properties, functions.
Elementary functions
Linear, polynomial, rational, exponential, logarithmic and goniometric functions, their graphs and properties, monotony and function limitation.
Limit of a function and progression
The term limit and its definition, the limit of a function and progression and the relation between them, Heine’s theorem, limit arithmetic, limit calculation.
Derivative of a function
Derivative as a change (speed) and directive (tangent), mathematical definition of a derivative, rules for derivative calculations, the derivative of a compound function, derivative of elementary functions, L’Hosital’s rule.
Properties of continuous functions
Continuity of a function, the existence theorem of zero points, the mean value theorem, local and global extremes, exact and numeric methods for finding roots and radicals, applications.
The shape of a function
Increasing and falling functions, convex and concave functions, inflection points, asymptotes, inversion functions, cyclometric functions.
Multiple variable functions
Establishing a real function of two real variables, continuity, partial derivative, total differential, gradient, extremes.
Primitive functions
Finding a primitive function as the opposite of derivatives, properties of primitive functions, basic formulas for primitive function calculations (an integral chart), methods of integration.
Definite integrals
Definition of Newton’s definite integral, definite integral as the plane under a curve, calculating a definite integral, application to calculating volumes and superficies, numeric integration.
Progression and series
Arithmetic and geometric progression, their sum, recurrent progressions, convergent and divergent progressions, selected progressions.
Complex numbers
The algebraic form of a complex number, geometrical representation, the goniometric form, quadratic and binomial equation, the main theorem of algebra.
Polynomials and their application
Polynomial roots, methods of their exact and approximate determination, Taylor’s polynomial, Lagrange’s polynomials.
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