И.Бекбоев. Геометрия 9-сынып, 2009
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И.Бекбоев.
Геометрия
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И.Бекбоев. Геометрия 9-сынып, 2009
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Entries
54
Chapter I. Vectors in the plane
Theory
Page 3
§1. Concept of a vector. Collinear vectors. Equal vectors
Theory
Page 3
§2. Operations on vectors
Theory
Page 7
2.1. Addition of vectors
Theory
Page 8
2.2. Subtraction of vectors
Theory
Page 10
2.3. Multiplication of a vector by a scalar
Theory
Page 11
2.4. Coordinates of a vector
Theory
Page 13
§3. Dot product of two vectors
Theory
Page 18
3.1. Angle between two vectors
Theory
Page 19
3.2. Dot product of two vectors
Theory
Page 20
Historical notes
Other
Page 24
Chapter II. Transformations of figures in the plane
Theory
Page 26
§4. Transformation of the plane. Isometry and its properties
Theory
Page 26
4.1. Transformation of the plane
Theory
Page 26
4.2. Isometry and its properties
Theory
Page 28
4.3. Axial and central symmetries
Theory
Page 30
4.4. Rotation
Theory
Page 37
§5. Similarity transformation. Similar figures. Homothety
Theory
Page 43
5.1. Similarity transformation. Similar figures
Theory
Page 45
5.2. Homothety
Theory
Page 45
5.3. Properties of similarity transformations
Theory
Page 47
§6. Triangle congruence criteria
Theory
Page 48
6.1. Triangle similarity criteria
Theory
Page 49
6.2. Similarity criteria for right triangles
Theory
Page 50
§7. Inscribed angle and its properties
Theory
Page 56
§8. Proportionality of chords and intersecting segments of a circle
Theory
Page 60
Historical notes
Other
Page 64
Chapter III. Polygons
Theory
Page 67
§9. Law of cosines. Law of sines
Theory
Page 65
§10. Applying the laws of cosines and sines to solve triangles
Theory
Page 72
§11. Polygonal line. Polygon and its types
Theory
Page 74
11.1. Polygonal line
Theory
Page 74
11.2. Polygons
Theory
Page 76
11.3. Sum of the angles of a convex polygon
Theory
Page 77
11.4. Regular polygons
Theory
Page 79
§12. Inscribed and circumscribed polygons
Theory
Page 80
12.1. Inscribed and circumscribed quadrilaterals
Theory
Page 80
12.2. Inscribed and circumscribed regular polygons
Theory
Page 82
§13. Circumference. The number π
Theory
Page 84
13.1. Circumference. Determination using the perimeters of inscribed and circumscribed regular polygons
Theory
Page 84
13.2. The number π
Theory
Page 85
13.3. Arc length
Theory
Page 86
§14. Area of a polygon
Theory
Page 90
14.1. Calculating the area of an arbitrary polygon
Theory
Page 90
14.2. Areas of circumscribed and inscribed polygons
Theory
Page 91
§15. Area of a disk and its parts
Theory
Page 94
Historical notes
Other
Page 102
Chapter IV. Elements of solid geometry
Theory
Page 105
§16. Relative positions of two lines, a line and a plane, and two planes in space
Theory
Page 105
§17. Parallelepiped. Prism. Pyramid
Theory
Page 108
§18. Cylinder. Cone. Sphere
Theory
Page 111
Historical notes
Other
Page 116
Subject index
Other
Page 121
Answers
Answer
Page 123
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