RBSE SS Geology study materials
RBSE SS Geology study resources

RBSE SS Geology study plan

RBSE SS Geology · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Physical Geology and Geomorphology & Petrology (Igneous, Sedimentary, Metamorphic)

  • Build a one-page geological time and rock-cycle reference sheet linking plate settings to dominant rock types

  • Sketch and label the internal structure of the Earth and the three plate-boundary types from memory

  • Classify ten common igneous rocks by texture and mineralogy using a hand-specimen description list you write yourself

  • Explain in writing how magma composition controls eruption style and landform shape

Your checkpoint

A hand-drawn annotated diagram set (Earth interior, plate boundaries, rock cycle) with a 300-word written explanation of magma-to-landform links

Week 2

Physical Geology and Geomorphology & Petrology (Igneous, Sedimentary, Metamorphic)

  • Distinguish erosional from depositional landforms for fluvial, glacial, coastal and aeolian systems in a comparison table

  • Describe the sedimentary rock classification scheme and assign five described samples to the correct class

  • Summarise the metamorphic facies concept and match four described mineral assemblages to facies

  • Explain weathering, mass wasting and slope-failure controls with one worked example each

Your checkpoint

A two-page comparison table of landform systems plus a 10-row rock-classification log with your reasoning for each entry

Week 3

Crystallography and Mineralogy & Petrology (Igneous, Sedimentary, Metamorphic)

  • List the six crystal systems with their symmetry elements, axial ratios and interfacial angle constraints

  • Derive the Miller indices for five described crystal faces and sketch the resulting forms

  • Identify the diagnostic physical properties of the major rock-forming silicate groups and two non-silicates

  • Explain silicate structure from isolated tetrahedra to frameworks and link each class to cleavage and habit

Your checkpoint

A crystal-symmetry and mineral-identification workbook containing 15 solved Miller-index and 15 mineral-property problems with answers hidden until self-tested

Week 4

Crystallography and Mineralogy & Structural Geology and Tectonics

  • Interpret a stereographic projection for a described fold or fault and state the plunge, trend and dip

  • Compute true dip from two apparent dips and check the result geometrically

  • Describe the symmetry classification of a given crystal class and name two minerals that crystallise in it

  • Explain stress, strain and the brittle-ductile transition using a labelled Mohr-circle sketch

Your checkpoint

A closed-book problem set on crystallographic symmetry and structural measurements (10 items) scored and error-logged

Week 5

Structural Geology and Tectonics & Stratigraphy and Indian Geology

  • Identify fold, fault and unconformity types from written structural descriptions and justify each identification

  • Construct a geological cross-section from a supplied table of dips, strikes and bed thicknesses

  • Outline the Indian stratigraphic succession from Archaean to Recent with the key economic units of each era

  • Explain the tectonic framework of the Indian plate including the Himalaya, Peninsular shield and Deccan Traps

Your checkpoint

A hand-drawn cross-section plus a one-page Indian stratigraphy timeline with at least 12 dated or correlated horizons

Week 6

Stratigraphy and Indian Geology & Palaeontology and Historical Geology

  • Describe the morphology, range and stratigraphic utility of the main invertebrate fossil groups

  • Explain the Gondwana and Siwalik vertebrate fossil records and their palaeogeographic significance

  • Apply the principles of stratigraphic correlation and biostratigraphic zoning to a described sequence

  • Summarise major mass extinctions and their proposed causes with the supporting evidence

Your checkpoint

A palaeontology and historical geology revision chart covering 10 fossil groups with age range, habitat and index value, plus a 400-word extinction essay

Week 7

Economic Geology and Mineral Resources & Applied Geology, Field and Practical Skills

  • Classify ore deposits by genetic type and match each to a described Indian example

  • Explain the formation of coal, petroleum and residual laterite/bauxite deposits in India

  • Outline the stages and reporting codes of mineral exploration from reconnaissance to resource estimation

  • Interpret a described geological map to infer structure, lithology and groundwater potential

Your checkpoint

An economic-geology deposit-type matrix (8 deposit types, Indian examples, host rocks, economic minerals) plus a written map interpretation of 400 words

Week 8

Physical Geology and Geomorphology & Petrology (Igneous, Sedimentary, Metamorphic) & Economic Geology and Mineral Resources & Applied Geology, Field and Practical Skills

  • Complete two full-length timed mock papers under exam conditions and score them

  • Diagnose the three weakest domains from mock results and re-teach each using your own notes

  • Practise field-notebook entries: describe a specimen, log a bed and record a structural measurement

  • Consolidate a one-page formula and definition sheet for the whole syllabus

Your checkpoint

Two scored mock papers with a written error analysis and a final one-page formula and definition sheet

Milestones

Week 2: Can classify an unseen rock description into igneous, sedimentary or metamorphic and name the likely plate setting without notes

Week 4: Scores at least 70% on the closed-book crystallography and structural measurement problem set

Week 6: Can reproduce the Indian stratigraphic succession from Archaean to Recent with at least 12 horizons from memory

Week 8: Both timed mock papers scored at or above 60%, with no domain below 50%