Kerala Plus Two Geology study plan

Sketch and label the internal structure of the Earth and the seismic-evidence basis for each boundary, then explain the same in 150 words without notes.

Sequence and define the major igneous, sedimentary and metamorphic rock-forming processes, matching each process to at least one Kerala or Indian rock example.

Build a one-page table classifying igneous rocks by silica content, grain size and mode of occurrence, and self-quiz on it until you reach 90% recall.

Draw the rock cycle and annotate three pathways that convert one rock type into another, naming the agents (heat, pressure, fluids, weathering) at each step.

Solve 20 recall-style questions on earth processes and rock classification and log every wrong answer with a corrected one-line reason.

Explain plate tectonics mechanisms (ridge push, slab pull, mantle convection) and link each plate boundary type to the earthquakes, volcanism and mountain belts it produces.

Interpret the elastic-rebound theory and define focus, epicentre, magnitude and intensity, distinguishing magnitude scales from intensity scales.

Identify and sketch the three basic fold types and three fault types, labelling hanging wall, footwall, limb, axial plane and dip-slip versus strike-slip sense of movement.

Relate the Himalayan collision and the Indian plate's northward motion to seismicity in India, and state why peninsular India is not aseismic.

Complete 25 mixed questions on tectonics and structural geology, scoring at least 18, and re-teach each missed item aloud in under two minutes.

Classify the rock-forming silicate minerals using Bowen's reaction series and predict which minerals survive weathering in a Kerala laterite profile.

Describe the physical properties used in hand-specimen identification (cleavage, hardness, lustre, streak, specific gravity, fracture) and apply them to identify ten common minerals from written descriptions.

Outline the crystallographic systems and explain symmetry elements well enough to assign a described crystal to its system.

Compare the textures that distinguish plutonic from volcanic rocks and clastic from chemical sedimentary rocks, giving a diagnostic texture for each of the three rock families.

Answer 30 mineralogy and petrology questions under timed conditions and record your accuracy per subtopic.

Trace the geological evolution of peninsular India from Archaean cratons through the Dharwar, Cuddapah and Vindhyan successions, ordering them chronologically with one distinguishing feature each.

Locate on an outline map of Kerala the major rock units, the charnockite and khondalite belts, and the laterite cover, and explain their formation.

Explain the origin and economic significance of the beach sands of the Kerala coast, naming the heavy minerals involved and why they concentrate there.

Match major Indian mineral deposits (iron, manganese, bauxite, mica, coal, gold) to their states and geological settings.

Summarise Kerala's mineral-resource position and its environmental constraints in a 200-word written answer.

Define the principles of stratigraphy (superposition, original horizontality, lateral continuity, cross-cutting, faunal succession) and apply them to order a described sequence of beds.

Outline the geological time scale from Archaean to Recent with the major eras, periods and key biological events, and recall the boundary ages you are confident about.

Describe the mode of life, morphology and stratigraphic range of at least five index fossils (trilobite, ammonite, graptolite, brachiopod, foraminifera) and explain why each is useful.

Explain the fossil record of the Deccan Traps and the Kerala Tertiary sedimentary basins, including what the fossils indicate about past environments.

Complete a 25-question stratigraphy and palaeontology set, targeting 80% accuracy.

Explain the hydrological cycle, aquifer types (confined, unconfined, perched) and the terms porosity, permeability, specific yield and water table, using a labelled aquifer cross-section sketch.

Describe groundwater occurrence and quality issues in Kerala, including laterite aquifers, coastal salinity ingress and the relevance of the Western Ghats recharge zone.

Outline the causes and controls of soil erosion, landslides and coastal erosion in Kerala and list engineering and vegetative mitigation measures.

Explain the environmental impacts of mining and the principles of sustainable mineral resource management, with Indian examples.

Answer 20 hydrogeology and environmental geology questions, scoring at least 16, and rewrite every missed item as a corrected statement.

Describe the correct use of a Brunton compass and clinometer to measure strike and dip, and write the procedure in numbered steps.

Explain how to read a geological map, construct a simple cross-section from it, and interpret outcrop patterns for horizontal, dipping and folded beds.

Outline field-safety and sampling protocol, including representative sampling, labelling and recording of field notes.

Describe the laboratory procedures for thin-section preparation, Mohs hardness testing and sieve analysis of sediments.

Practise interpreting three written outcrop descriptions and derive strike, dip and structural attitude from each.

Take two full-length timed mock papers under exam conditions and record your score by domain.

Rank your domains by mock accuracy and re-study the two weakest, rewriting their key facts from memory.

Consolidate the highest-yield lists: rock cycle processes, Bowen's series, fold and fault types, geological time scale, Kerala rock belts and mineral deposits, aquifer terms.

Rehearse written-answer structure for long questions: definition, labelled diagram, Indian or Kerala example, and conclusion.

Complete a final rapid-recall pass of your error logs from weeks 1 to 7 and confirm every logged error is now answered correctly.