1 semester

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Course Title

Analytical Geometry

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Year of study,

speciality

1, speciality  “Mathematics”,

direction of the specialty: “economic activity”

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Semester of study

1

4

Credit points

4

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Lecturer

Ph.D. in Physics and Mathematics, Associate Professor Kononov Sergei Gavrilovich

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Goals of studying

Systematic and comprehensive study of the first and second order figures in the Euclidean plane  and in the Euclidean three-dimensional space using the vector algebra.

Mastering the main method of research in the analytical geometry – the coordinate method.

Acquiring a sufficient volume of knowledge, skills and abilities by students in the field of analytical geometry to use them for studying other mathematical disciplines.

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Prerequisites

Mathematical Analysis, Algebra and Theory of Numbers, Introduction to Mathematics

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Contents

Vectors in three-dimensional Euclidean space . Lines in the Euclidean plane , planes and lines in  space. Second order figures in  plane and space, their properties, Euclidean and affine classification.

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Recommended literature

1. Kononov S.G. Analytical Geometry: Manual. – Minsk: Publishing house of BSU, 2014, (in Russian).

2. Milovanov M.V., Tyshkevich R.I., Fedenko A.S. Algebra and Analytical Geometry: 2 Parts: Manual. – Minsk: Vysheishaya Shkola, 1984. – P. 1, (in Russian).

3. Modenov P.S., Parkhomenko A.S. Exercise Manual on Analytical Geometry: Manual. – M., Nauka, 1976, (in Russian).

4. Burdun A.A., Murashko E.A., Tolkachev M.M., Fedenko A.S. Exercise Manual on Algebra and Analytical Geometry: – Minsk: Universitetskoe, 1989, (in Russian).

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Teaching methods

Comparative, problem, interactive –heuristic, visual.

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Language of instruction

Russian

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Conditions (requirements),

on-going control

– individual tasks;

– tests.

The final mark is given with consideration for:

 40% – evaluation of current academic performance, 60% – an oral answer at the examination

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Form of current assessment

Examination