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The CUET PG 2024 Geology Question Paper (SCQP14) and its solution PDF are available for download, along with previous years' question papers from 2023, 2022, and 2021. The shift-wise papers from 2023, including answer keys for different exam dates and language mediums, are also accessible.
The CUET PG 2024 Geology exam introduced a new format, reducing the total number of questions from 100 to 75 by removing the General Test section (Part A). Each subject's exam lasted 105 minutes and had a total of 300 marks. Based on the analysis of previous years' papers, an expected topic-wise weightage for the CUET PG 2025 Geology exam (SCQP14) has also been provided for reference.
| CUET PG Year Wise Question Paper Download | |
|---|---|
| CUET PG 2025 Question Paper | CUET PG 2024 Question Paper |
| CUET PG 2023 Question Paper | CUET PG 2022 Question Paper |
| Subject | Question Paper | Solution PDF |
|---|---|---|
| Geology | Download | Check Solutions |
CUET PG Geology Previous Years’ Question Paper (2023-2021)
The previous years’ question paper (2023-2021) of CUET PG Geology is provided here.
CUET PG Geology Question Paper 2023
| Paper/Subject | Medium | Date | Shift | Question Paper PDF |
|---|---|---|---|---|
| Geology/Earth Sciences | English | June 13,2023 | 1 | Check Here |
CUET PG Geology Question Paper 2022
| Subject | Question Paper PDF Link |
|---|---|
| Geology, Earth Sciences | Download |
CUET PG Geology Question Paper 2021 (PGQP19)
| Paper/Subject | Question Paper Link |
|---|---|
| PGQP19 | Download |
Expected Topic-wise Weightage for CUET PG 2025 (Geology- SCQP14)
The expected topic-wise weightage for CUET PG 2025 (Geology- SCQP14) is based on the observed trends from the CUET PG 2024 Geology Question Paper. Here is an estimate of how different topics are likely to be weighted in the upcoming exam.
Detailed Sub-topic-wise Weightage for CUET PG 2025 (Geology - SCQP14)
| Main Topic | Sub-Topic | Expected Weightage (%) |
|---|---|---|
| Physical Geology | Earth's origin, size, shape, mass, density | 3-4% |
| Theories on Earth's formation & age | 2-3% | |
| Interior of the Earth | 2-3% | |
| Weathering & erosion (types, factors, effects) | 3-4% | |
| Earthquakes (seismic waves, magnitude, causes) | 3-4% | |
| Volcanoes (types, causes, products) | 3-4% | |
| Geomorphology | Geomorphological cycles, landform evolution | 3-4% |
| Geological work of rivers, glaciers, wind, groundwater | 3-4% | |
| Mapping tools & techniques in geomorphology | 2-3% | |
| Geodynamics | Continental drift, sea-floor spreading | 3-4% |
| Paleomagnetism and its application | 2-3% | |
| Plate tectonics (plate margins, orogeny, trenches, arcs) | 3-4% | |
| Environmental Geology | Earth's spheres (lithosphere, biosphere, atmosphere) | 2-3% |
| Global environments (coastal, riverine, desert, polar) | 2-3% | |
| Geological hazards (earthquakes, landslides, floods) | 3-4% | |
| Climate change & global warming | 2-3% | |
| Structural Geology | Geological structures (folds, faults, joints) | 4-5% |
| Topographic & geological maps | 3-4% | |
| Clinometer/Brunton compass usage | 2-3% | |
| Hydrology | Hydrological cycle, water resources | 3-4% |
| Groundwater occurrence & types of aquifers | 3-4% | |
| Water-bearing properties of rocks (porosity, permeability) | 2-3% | |
| Remote Sensing & GIS | Remote sensing systems & sensors | 3-4% |
| GIS tools & applications in geology | 2-3% | |
| Crystallography | Crystal forms, symmetry, axes, Miller indices | 3-4% |
| Crystallographic notations & parameters | 2-3% | |
| Mineralogy | Mineral classification & properties | 3-4% |
| Optical properties of minerals | 3-4% | |
| Important rock-forming minerals | 3-4% | |
| Geochemistry | Chemical bonding, crystal chemistry | 3-4% |
| Geochemical cycles & classification of elements | 3-4% | |
| Composition of Earth, planets & meteorites | 2-3% | |
| Petrology | Igneous rock formation, Bowen’s reaction series | 3-4% |
| Textures & structures of sedimentary rocks | 3-4% | |
| Metamorphism (types, grades, zones) | 3-4% | |
| Economic Geology | Ore formation processes | 3-4% |
| Important metallic & non-metallic minerals | 3-4% | |
| Coal & petroleum distribution in India | 2-3% | |
| Stratigraphy | Geological time scale & rock succession | 3-4% |
| Indian stratigraphy (Dharwar, Vindhyan, Deccan Traps) | 3-4% | |
| Paleontology | Fossilization process & significance of fossils | 2-3% |
| Morphology & distribution of major fossil groups | 3-4% | |
| Evolutionary history of important species | 2-3% |
Expected Topic-Wise Weightage for CUET PG Geology Paper 2025
CUET PG Geology Question Paper Analysis (2024-2023)
The CUET PG 2023 Geology exam mainly consisted of direct factual recall questions, requiring students to remember definitions, classifications, and fundamental principles. However, in the 2024 test, there was a change in trend towards application-based and analytical types of questions. The candidates had to interpret geologic maps, analyze the composition of minerals, and determine tectonic movements from provided data.
The 2024 question paper also carried a larger number of real-life application questions, especially in Structural Geology, Environmental Geology, and Economic Geology. Students had to use theoretical principles to practical geological situations, thereby making the exam more demanding in terms of conceptual knowledge.
CUET PG 2023 vs. CUET PG 2024 Geology Topics Comparison
| Topic Category | CUET PG 2023 Topics | CUET PG 2024 Topics |
|---|---|---|
| Physical Geology | Basic concepts of Earth’s origin, weathering, and erosion | More focus on seismic activity, plate tectonics, and volcanic processes |
| Mineralogy | Identification of minerals based on physical properties | Detailed analysis of mineral compositions, chemical properties |
| Structural Geology | Basic faults and folds | Application-based questions on rock deformation, stress-strain relationships |
| Economic Geology | General knowledge of ore deposits | Mining methods, economic feasibility of mineral extraction |
| Environmental Geology | Basic natural hazards like earthquakes, landslides | Advanced climate change impact, groundwater depletion, and mitigation |
In Physical Geology & Geodynamics, the 2023 exam mainly had questions about basic definitions and processes like erosion, deposition, and weathering. These questions were simple and based on memory. However, in 2024, the focus changed to seismic activity, earthquake intensity mapping, and plate tectonics.
For Mineralogy & Petrology, the 2023 paper asked about basic mineral classification and physical properties. The questions were mostly direct, requiring students to identify minerals based on their appearance. For 2024, the exam covered more technical topics like geochemical analysis and phase diagrams, which required students to know the chemical composition and origin of minerals. So, the questions were more advanced.
The 2023 Structural Geology section focused on testing the basic understanding of folds, faults, and strike-dip.The questions were theoretical in nature, where students needed to identify various structural structures. In 2024, the students needed to interpret geological maps and recognize stress-strain relationships and the questions needed practical application.
For Economic Geology, in 2023, the paper had questions on ore deposit categorizations. The questions were simple, covering mineral types and characteristics. However, during the year 2024, the examination was on mining processes and economic aspects. Students had to be aware of how minerals are mined and their profitability.
In Environmental Geology, the 2023 exam had basic and factual questions on natural disasters like earthquakes and landslides. However, in 2024, the focus shifted to climate change, groundwater contamination, and mitigation strategies. Students had to analyze environmental problems and suggest solutions, making the exam more application-based.
*The article might have information for the previous academic years, which will be updated soon subject to the notification issued by the University/College.
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