- •Elaborations of practical classes practical class № 1. Matrices. Determinants. Systems of linear equations
- •5. Investigate systems on compatibility and, in case of compatibility, solve them by Gauss's method: practical class № 2-3.
- •Vectors. The scalar, vector and mixed product of vectors. The equation of the line in the plane. The curves of the second order
- •Practical class № 4. Function. The function limit. Fundamental theorems on limits
- •Practical class № 5. The derivative of the function. Table of derivatives. The differential of a function
- •Practical class № 6.
- •Investigation of the function. Extremum of the function. Convexity, concavity and point of inflection. Asymptotes
- •Practical class № 7. Functions of several variables. Full differential
- •Practical class № 8. Antiderivative. Indefinite integral and its properties. Table of integrals. Main methods of integration
- •Practical class № 11. Differential equations of the first and second order. Homogeneous and non-homogeneous linear differential equations
- •Practical class № 15. Random variables, their types. Distribution laws of random variables
- •Problems for tsis. Tsis 1. Elements of linear algebra
- •Tsis 2. Analytic geometry in the plane.
- •Tsis 3. Functions. Limits. Continuity.
- •Tsis 4. The derivative of a function. Application of the derivative.
- •Tsis. 5
- •Integral calculus
- •Tsis 6. Functions of several variables
- •Tsis 7. Differential equations
- •Tsis 8. Probability theory.
Tsis 2. Analytic geometry in the plane.
Problem 1. Coordinates of points М1, М2 and the equation of straight line d are given. It is required:
1. Construct a straight line d and points М1 and М2;
2. Calculate the distance from the point М1 to the straight line d;
3. Write the equation of the straight line passing through the point М1, parallel to the straight line d;
4. Write the equation of the straight line passing through the point М2 is perpendicular to straight line d;
5. Write the equation of the straight line passing through the points М1 and М2;
6. Determine a relative position of straight lines М1М2 and d; if they are not parallel, to determine the tangent of the angle between them and find the coordinates of the point of their intersection.
1.
2.
3.
4.
5.
6.
7.
8.
9.
10
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11.
12.
13.
14.
15.
16.
17.
18.
19.
20.
21.
22.
23.
24.
25.
26.
27.
28.
29.
30.
Problem 2. The equation of a curve of the second order is given. Find lengths of half-axles, coordinates of focuses, eccentricity, the equations of asymptotes (for hyperbole). Construct this curve.
1.
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11.
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21.
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2.
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12.
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22.
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3.
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13.
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23.
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4.
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14.
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24.
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5.
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15.
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25.
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6.
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16.
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26.
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7.
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17.
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27.
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8.
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18. |
28.
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9.
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19.
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29.
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10.
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20.
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30. |
Problem 3. Constitute a canonical equation of the parabola whose vertex is at the origin, if it passes through point M and symmetric given axis. Find the coordinates of the focus and the equation of the directrix. Construct this parabola.
1. М(2,2), axis ОХ |
16. М(2,2), axis ОУ |
2. М(5,-3), axis ОХ |
17. М(1,-3), axis ОУ |
3. М(-1,-2), axis ОХ |
18. М(-2,-2), axis ОУ |
4. М(3,-3), axis ОХ |
19. М(2,-3), axis ОУ |
5. М(2,3), axis ОХ |
20. М(-4,3), axis ОУ |
6. М(-2,-1), axis ОХ |
21. М(-1,-1), axis ОУ |
7. М(1,1), axis ОХ |
22. М(-2,1), axis ОУ |
8. М(-2,-2), axis ОХ |
23. М(-1,-2), axis ОУ |
9. М(-4,6), axis ОХ |
24. М(-2,3), axis ОУ |
10. М(3,-5), axis ОХ |
25. М(-3,-1), axis ОУ |
11. М(1,4), axis ОХ |
26. М(-1,-2), axis ОУ |
12. М(-2,3), axis ОХ |
27. М(3,2), axis ОУ |
13. М(-4,-2), axis ОХ |
28. М(-3,-4), axis ОУ |
14. М(-4,5), axis ОХ |
29. М(4,-3), axis ОУ |
15. М(1,-3), axis ОХ |
30. М(1,2), axis ОУ |
