| 1 | Description of the geology and historycally evolution. | [1] page 1-29; [2] page1-4 |
| 2 | Internal dynamics and external dynamics of the concept, structure and composition of Earth. | [1] page 276-291; [2] pagea 6-56 |
| 3 | The concept of geological time, fossils, age determination methods, the geological time scale. | [1] page 206-225; [2]page126-130 |
| 4 | Magma, magmatism and volcanism. | [1] page 60-78 |
| 5 | Crystallization and mineral composition, general properties of minerals, crystal systems. | [1] page 30-53; [2] page 96-109 |
| 6 | Magmatic rocks, characteristics, classification and diagnostic criteria of presentation with examples of hands-on lab. | [2] page 83-95 |
| 7 | Sedimentary rocks, characteristics, classification and diagnostic criteria of presentation with examples of hands-on lab. | [1] page 148-168; [2] page 114-123 |
| 8 | Methamorphism, methamorphic rocks, characteristics, classification and diagnostic criteria of presentation with examples of hands-on lab. | [1] page 182-202; [2] page 110-112 |
| 9 | Midterm exam-Plate tectonics, epeirogenessis, orogenesis, earthquakes. | [1] page 333-357 |
| 10 | Mass movements. | [1] page 396-422; [2] page 240-256 |
| 11 | Topographic and geologic maps, features of topographic maps, and applications. | [3] page 1-13; [4] page 1-56 |
| 12 | Geological cross-sections and steep. Extraction of geological cross-section of the map applicatio and assignments. | [3] page 15-19; [4] page 185-209 |
| 13 | According to the three-point method of geological structure (layers, folds, faults, etc.) or economic factors (coal seams, ore zones, etc.) are drawn and related applications. | [3] page 22-56; [4] page 130-169, 210-231 |
| 14 | Fault geometry and fault and problem solving tasks. | [4] page 119-129, 252-269 |