Algebra Liniowa 2 – Przykłady I Zadania, Jurlewicz, Skoczylas, Gis 2° Algebra. Descripción: modulo de algebra de segundo de secundaria. Jan 15, Title: Algebra liniowa 1 Przykłady i zadania. Author: Teresa Jurlewicz, Zbigniew Skoczylas. Przykłady i zadania; [4] Jurlewicz J., Skoczylas T.– Algebra liniowa 1,2. Definicje, twierdzenia, wzory; [5] Mostowski A., Stark M. – Elementy algebry wyższej;.

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Vectors, matrices and determinants and their properties form the foundation of linear algebra.

Linear Algebra and Analytic Geometry II

Equivalence relations and order relations. The main aim of study: School of Exact Sciences. Vector and matrix forms of systems of linear equations. Studying the recommended bibliography: Derivatives of higher jkrlewicz. Objectives of the course: Algebraic operations on matrices. Basic requirements in category knowledge: Definitions, properties and calculating determinants. Operations on complex numbers.

Faculty of Mathematics and Natural Sciences. From zadqnia to algebra. Integration by parts and pzrykady substitution. Lecture, 15 hours more information Tutorials, 15 hours more information. Solving of any systems of linear equations using Cramer theorem and Kronecker-Cappeli theorem. The greatest common factor GCF m,n. Knowledge of activities on real numbers and algebraic expressions.


Skip to main menu Skip to submenu Skip to content. Primes, composites, counting factors and tests for divisibility are useful in computations with fractions. Basic requirements in category skills: Rank of a matrix, determinant of a square matrix. Analytical Geometry in plane and space. Integers as the equivalence classes of the ordered pairs of natural numbers.

Arithmetics and Algebra with didactic elements – UKSW USOSweb

Fundamental theorem of algebra. Surfaces and curves of second degree. Knowledge of mathematics at secondary school level.

The purpose of this course is to present basic concepts and facts from number theory and algebra of fundamental importance in the further education of information technology – including issues relating to divisibility, modular arithmetic, matrix calculus and analytic geometry. Derivative of a function at a point. Basic knowledge of trigonometry. Exponential, logarithmic and skoczyas functions.

Lecture, discussion, working in groups, heuristic talk, directed reasoning, self-study.

Course descriptions are protected by copyright. Integer solutions for linear equations. Ordered real number line.


The extended Euclidean algorithm. Systems of linear equations. Monotonicity and extrema of functions.

Some basic information about the module

From przykaddy numbers to real numbers: In special cases, the assessment may be increased by half a degree. The contact details of the coordinator: Integral calculus and its application in geometry and physics.

Integers and the difference, rational numbers and the quotient. You are not logged in log in.

Karta modułu kształcenia

The positive evaluation of the test is a prerequisite to get the final grade. Level of the course: Definite integral, Newton-Leibniz theorem.

Usual, vector and matrix forms of systems of linear equations. Differential calculus of one-variable functions. Composition of a function and inverse function. Rectangular and trygonometric form of a complex number.

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