Are you a geology student gearing up for your 2080 exams? Feeling overwhelmed by the vastness of the subject? Worry not, future geologists! This guide unveils crucial questions across various geology domains, equipping you for exam success.
In this examination, the questions will be asked from three areas: fundamental geology, structural geology, and crystallography with mineralogy. Each section carries a specific weightage, with fundamental geology constituting 40 marks, structural geology 30 marks, and crystallography and mineralogy also allocated 30 marks. This division ensures a comprehensive evaluation across different aspects of geology, facilitating a thorough understanding and assessment of the student's knowledge and proficiency in the subject.
Subjects | Marks |
Fundamental geology | 40 |
Structural geology | 30 |
Crystallography and mineralogy | 30 |
1. Define the rock cycle. Write the information about the internal structure of the earth in terms of layer, discontinuity, thickness, pressure, and temperature.
2. What are symmetry elements? Describe in brief the symmetry and forms of the tetragonal system with a clear diagram.
3. Define fault and classify the genetic and geometric fault with a neat and clear diagram.
4. What do you mean by earthquake? Describe earthquakes in terms of elastic rebound theory. Also, write predictions and prepare for earthquakes. • Define bravias lattice? List 14 brave lattices and write their information.
5. What is primary sedimentary structure? explain them. Describe stereographic projection and uses of stereographic projection in structural geology.
6. Explain weathering and mention its type and explain. What are the causes of mass wasting?
7. Define Isostasy and explain Pratt's and Airy's hypothesis.
8. Define stress and strain. Explain Moh's circle and mention its uses in Fig. Define cleavage and explain its type in terms of rock. Write the difference between schistocity and gneissosity.
9. What is an intrusive igneous structure? mention its types.
10. Define unconformity and its type.
11. Define fold and classify the types of Fold. What are the criteria for recognizing folds and faults in the field?
12. What are the types of glaciers? write about erosional and depositional landforms made by glaciers.
13. What are twinning in crystal? mention the types and causes of twinning. Write about isomorphism, dimorphism, polymorphism, and pseudomorphism in crystal structure. Write the difference between foliation and alienation.
Important Short Notes:
1. Coral reef development
2. Soil profile
3. Ripple mark
4. Types of joint
5. Magnitude and intensity of the earthquake
6. Miller indices and birefringence
7. Optical indicatrix and Becke line
8. Horst and Graben
9. Sand dunes
10. Nappe and klippe
11. Economic importance of minerals in Nepal
12. Plate tectonics
13. Seafloor spreading
14. Mid-oceanic ridge
15. Landforms made by sea and ocean
16. Water table and aquifer
17. Isometric system
18. Physical properties of minerals
19. Pleochroism
20. Extinction and extinction angle
21. Importance of geological map and cross-section
22. Contour lines and compass
23. Nicol's prism
24. Vertical distribution of water.
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