Course Outline
1. Introduction to geometry.
2. Geometric shapes in the plane.
3. Polygons.
4. Line length. Dimensions of space. Content. Use of a square network. Angle measurement.
5. Regular polygons. Plane coverage. Symmetry.
6. Similarity. Similar views in the plane and in space.
7. Theorems about the similarity of triangles.
8. Geometric shapes in three-dimensional space.
9. Stereometry. Display a three-dimensional shape. Free parallel projection.
10. Combined projections of a three-dimensional shape. Cubic buildings. Dimensioned projection.
11. Planimetry. Plane symmetry. Geometric representations. Conformity in the plane.
12. Axial symmetry. Axially symmetric shapes. Central symmetry. Centrally symmetrical shapes.
13. Displacement. Turn. Offset mirroring.
14. Composing geometric representations.
- Course creator: Roman Hašek