Assam HS Higher Secondary Geography study plan

Label a blank cross-section of the Earth's interior (crust, mantle, outer core, inner core) and state one line of evidence used to infer each boundary.

Classify igneous, sedimentary and metamorphic rocks by origin and give two Indian examples of each, e.g. Deccan basalt, Vindhyan sandstone.

Distinguish physical, chemical and biological weathering and draw a labelled soil profile showing O, A, B and C horizons.

Trace a river from source to delta: name and sketch at least five erosional (V-shaped valley, waterfall, gorge) and five depositional (levee, floodplain, delta) landforms.

Draw and label the vertical structure of the atmosphere and give the lapse rate and one characteristic feature of each layer.

Sketch global pressure belts and planetary wind systems and explain the mechanism of the Indian monsoon in 10 lines.

Explain tropical cyclone formation, its structure and the conditions needed for it to intensify, citing two Indian examples with years.

Describe the hydrological cycle, define drainage basin, watershed and water table, and distinguish confined from unconfined aquifers.

Plot 10 named landform and climate features on a blank India outline map without an atlas.

Divide India into its physiographic divisions (Himalaya, Northern Plains, Peninsular Plateau, Coastal Plains, Islands) and draw a labelled section across each.

Trace the main Himalayan ranges and locate at least 8 passes with their states.

Compare Himalayan (perennial, antecedent) and Peninsular (rain-fed, mostly consequent) river systems and list their major tributaries.

Explain the distribution of major soil groups of India and match each group to one crop grown on it.

Classify resources by origin, exhaustibility and ownership, giving one Indian example in each cell of the table.

Plot the distribution of iron ore, coal, bauxite, petroleum and manganese on an outline map with the leading producing state named for each.

Distinguish conventional and non-conventional energy sources and state one advantage and one limitation of each of solar, wind and hydel power.

Read and interpret a bar graph, a pie chart and a line graph: extract trend, maximum, minimum and one inference from each.

Explain population distribution and density and relate them to relief, climate and soil with two contrasting Indian regions.

Apply the demographic transition model to India and Assam, marking birth rate, death rate and growth stage on a sketch graph.

List push and pull factors of rural-to-urban migration and give two consequences each for source and destination areas.

Compare compact, dispersed, linear and radial settlements and state the physical and cultural factors that produce each.

Classify economic activities into primary, secondary, tertiary and quaternary and identify one location factor for each of two industries.

Summarise India's population growth phases, sex ratio, literacy and density, and compare Assam's figures with the national average.

Explain the Green Revolution, White Revolution and the crop-livestock combination behind each, with the states most affected.

Outline India's transport network: golden quadrilateral, major National Highways, railway zones, and National Waterway 2 on the Brahmaputra.

Explain causes of regional development disparity in India and name two measures or schemes aimed at reducing it.

Plot India's major industrial regions and iron-and-steel and cotton-textile centres on an outline map.

Complete three full map exercises from memory: India physical, India political and economic, and Assam districts with the Brahmaputra and its tributaries.

Construct a histogram, a frequency polygon and a choropleth-style shading map from data you collect yourself.

Design and carry out a mini field study (e.g. land use, waste disposal or retail pattern in your locality) with a fixed observation schedule.

Write the field study report: aim, method, observations in a table, one sketch map, one graph, and a conclusion with limitations.

Sit two full-length timed mock papers under exam conditions and mark them strictly against the syllabus weightage.

Rewrite every missed fact into a one-page error log grouped by domain and revise that log twice.

Redraw from memory the 10 highest-value diagrams (rock cycle, monsoon, cyclone, soil profile, river course, population pyramid).

Do a final speed drill on 40 map locations and 15 data-interpretation questions.