Why This Prediction Paper?

At Bright Tutorials, our expert teachers have analyzed 10+ years of ICSE Geography board exam patterns to identify the most frequently tested topics, question styles, and mark distributions. This prediction paper is designed to:

• Maximize your score — every question targets high-probability topics
• Build exam confidence — practice under real exam conditions
• Save revision time — focus on what actually matters for 13 March 2026
• Provide complete solutions — detailed answers with step-by-step explanations

---

ICSE CLASS X — GEOGRAPHY (HCG Paper 2)

HIGH-PROBABILITY PREDICTION PAPER V2 — 13 MARCH 2026

Maximum Marks: 80 Time allowed: Two hours

Answers to this Paper must be written on the paper provided separately. You will not be allowed to write during the first 15 minutes. This time is to be spent in reading the question paper. The time given at the head of this Paper is the time allowed for writing the answers.

Attempt all questions from Section A and any four questions from Section B. The intended marks for questions or parts of questions are given in brackets [ ].

V2 NOTE: This paper contains entirely different questions from V1 with increased emphasis on application-based reasoning, "give reasons" type, and comparative analysis. Different map scenario, different map marking items, and different sub-topics covered.

---

SECTION A (40 Marks)

Attempt all questions from this Section.

---

Question 1 — Topographical Map Study

Study the extract of the Survey of India topographical map sheet provided (Map Extract: A plateau area with a mining settlement).

[20]

The map extract covers a plateau region at a scale of 2 cm to 1 km (1:50,000). The area shown lies between Eastings 42 to 50 and Northings 24 to 32. Key features visible on the map include: - An undulating plateau with elevations ranging from 300 m to 550 m - A mining settlement named "Loharpur" located in grid square 4528, with a compact cluster of buildings and a mine symbol - A seasonal river (the "Koel Nadi") flowing from north to south through grid squares 4630 to 4626 - A dry tank (marked with a conventional sign) in grid square 4427 - An unmetalled road running east-west connecting Loharpur to a small town "Barkheda" at grid square 4828 - A cart track branching off the unmetalled road leading south to grid square 4726 - Contour lines at 20 m intervals, with a steep escarpment on the western edge near grid squares 4229 to 4231 - Scrub vegetation scattered across grid squares 4327 to 4527 - A broken ground/rocky outcrop area in grid square 4330 - A post office (P.O.) marked at grid square 4528 - A well near the settlement at grid square 4528 - Sparse trees indicated by scattered symbols in grid squares 4627 to 4629

(a) Give the six-figure grid reference for: - (i) The post office [1] - (ii) The dry tank [1]

(b) What is the direction of Barkheda from Loharpur? [1]

(c) Measure the straight-line distance (in km) between the well in Loharpur (4528) and Barkheda (4828). (Students should assume this distance measures approximately 6.4 cm on the map.) [2]

(d) What is the general slope of the land based on the contour pattern? Give evidence from the map. [2]

(e) (i) What is the contour interval of the map? [1] (ii) Name the feature represented by the closely spaced contour lines on the western edge of the map. [1]

(f) What type of settlement pattern is observed in Loharpur? Give a reason for your answer. [2]

(g) What is the main occupation of the inhabitants of Loharpur? Give two evidences from the map to support your answer. [2]

(h) Identify any two conventional signs found on the map extract. [1]

(i) Draw a cross-section from grid reference 4225 to 4825 and mark the following: - (i) The escarpment - (ii) The Koel Nadi - (iii) Barkheda

Also identify the type of drainage pattern formed by the Koel Nadi. [6]

---

Question 2 — Map Work

On the outline map of India provided: [10]

Mark and label the following:

(a) The Coromandel Coast [1]

(b) The river Narmada [1]

(c) The Chota Nagpur Plateau [1]

(d) Black soil (regur) region in Maharashtra [1]

(e) The Nilgiri Hills [1]

(f) Nagarjuna Sagar Dam [1]

(g) Chennai — a major port city [1]

(h) Mangrove forests in the Sundarbans [1]

(i) Rourkela steel plant [1]

(j) The NH-44 (Delhi to Chennai corridor) [1]

---

Question 3 — Short Answer Questions

Answer briefly: [10]

(a) What is "contour ploughing"? How does it help in soil conservation? [2]

(b) Differentiate between tropical evergreen forests and tropical deciduous forests on the basis of the annual rainfall they receive. [2]

(c) What is "biogas"? State one advantage of biogas as a source of energy. [2]

(d) Name two important wheat-producing states in India. State one geographical condition essential for the growth of wheat. [2]

(e) What is meant by "incineration"? State one disadvantage of this method of waste disposal. [2]

---

SECTION B (40 Marks)

Attempt any four questions from this Section.

---

Question 4 — Climate of India [10]

(a) (i) What is meant by the term "monsoon"? [1] (ii) Explain the mechanism of the South-West Monsoon with reference to the role of the Inter-Tropical Convergence Zone (ITCZ) and differential heating of land and sea. [3]

(b) Differentiate between the cold weather season and the hot weather season in India under the following heads: [3] - (i) Months / Duration - (ii) Temperature conditions - (iii) Rainfall characteristics (name the type of rain received, if any)

(c) Give reasons: [3] - (i) Chennai receives most of its rainfall during the winter months (October-December). - (ii) The Thar Desert receives very little rainfall. - (iii) Mawsynram in Meghalaya receives the highest rainfall in India.

---

Question 5 — Soil Resources [10]

(a) (i) Name three types of soil found in India. [1½] (ii) Describe the characteristics and distribution of alluvial soil in India. [3]

(b) (i) What is meant by "sheet erosion"? [1] (ii) Differentiate between gully erosion and sheet erosion. [2]

(c) Explain the following methods of soil conservation: [2½] - (i) Shelter belts / Windbreaks - (ii) Afforestation - (iii) Strip cropping

---

Question 6 — Natural Vegetation and Water Resources [10]

(a) (i) What are mangrove forests? Where are they found in India? [2] (ii) Name two trees found in mangrove forests. [1] (iii) Why is the conservation of mangrove forests important? Give two reasons. [1]

(b) (i) What are montane forests? How does vegetation change with altitude in the Himalayan region? Describe the three altitudinal zones of Himalayan vegetation. [3]

(c) With reference to irrigation in India: [3] - (i) Differentiate between well irrigation and canal irrigation. - (ii) Name one state where well irrigation is the most common method and one state where canal irrigation is more prevalent. - (iii) Why is tank irrigation popular in the Deccan Plateau region?

---

Question 7 — Minerals and Energy Resources [10]

(a) (i) Name three important minerals found in the Chota Nagpur Plateau region. [1½] (ii) Why is the Chota Nagpur Plateau called the "Ruhr of India"? [1½]

(b) With reference to coal in India: [4] - (i) Name the two types of coal found in India. Which type is superior in quality? - (ii) Name two important coalfields in India and the states where they are located. - (iii) State two uses of coal other than as a fuel.

(c) Give reasons: [3] - (i) Wind energy has great potential in Tamil Nadu and Gujarat. - (ii) Manganese is an important mineral for the iron and steel industry. - (iii) Biogas is considered an ideal fuel for rural India.

---

Question 8 — Agriculture [10]

(a) With reference to wheat cultivation in India: [4] - (i) State three geographical conditions required for the growth of wheat. - (ii) Name two leading wheat-producing states. - (iii) Why is wheat mainly grown in the northern plains of India?

(b) Differentiate between cotton and jute cultivation under the following heads: [3] - (i) Temperature required - (ii) Soil type - (iii) Leading producing state (name one each)

(c) Give reasons: [3] - (i) Tea is grown on hill slopes. - (ii) India is the largest producer of sugarcane in the world, yet it is not the largest producer of sugar. - (iii) Rice is mainly grown in the eastern and southern parts of India.

---

Question 9 — Manufacturing Industries [10]

(a) With reference to the sugar industry in India: [4] - (i) Name two important sugar-producing states in India. - (ii) Why is the sugar industry called a seasonal industry? - (iii) Why are sugar mills located close to sugarcane-growing areas? - (iv) State one problem faced by the sugar industry in India.

(b) With reference to the iron and steel industry: [3] - (i) Name the raw materials required for the manufacture of iron and steel. - (ii) Why has Durgapur been selected as a site for an integrated steel plant? Give two reasons.

(c) With reference to the Information Technology (IT) industry in India: [3] - (i) Name two major IT hubs in India. - (ii) State two reasons for the rapid growth of the IT industry in India. - (iii) How has the IT industry contributed to the Indian economy?

---

Question 10 — Transport and Waste Management [10]

(a) With reference to waterways in India: [3] - (i) Differentiate between inland waterways and coastal shipping. - (ii) Name any two National Waterways of India and the rivers/water bodies on which they are located. - (iii) Name two major ports on the eastern coast of India.

(b) With reference to airways in India: [3] - (i) Name two international airports in India. - (ii) State two advantages of air transport over other modes of transport. - (iii) Why is air transport not suitable for carrying heavy and bulky goods?

(c) With reference to waste management: [4] - (i) What is "composting"? How is it different from "vermicomposting"? - (ii) What is meant by "sanitary landfill"? State one advantage and one disadvantage of this method. - (iii) Explain the concept of the "3Rs" (Reduce, Reuse, Recycle) with one example of each.

---

---

ANSWER KEY

---

Question 1 — Topographical Map Study

(a) Six-figure grid references: [2] - (i) Post office: 455285 (Located within grid square 4528, approximately at Easting 455, Northing 285.) - (ii) Dry tank: 442274 (Located within grid square 4427, approximately at Easting 442, Northing 274.)

(b) Direction of Barkheda from Loharpur: East (E) [1]

(c) Straight-line distance: [2] - Distance on the map = 6.4 cm (given). - Scale: 2 cm = 1 km. - Actual distance = 6.4 / 2 = 3.2 km

(d) General slope of the land: [2] - The general slope is from west to east (or more precisely, from the western escarpment towards the east). - Evidence: The contour values decrease from west (higher values — approximately 550 m near the escarpment at grid squares 4229-4231) to east (lower values — approximately 300-350 m near Barkheda at grid square 4828). The closely spaced contour lines on the western edge indicate a steep slope, while the more widely spaced contours towards the east indicate a gentler slope.

(e) Contour interval and features: [2] - (i) The contour interval is 20 metres (as stated — the difference in elevation between two consecutive contour lines). - (ii) The closely spaced contour lines on the western edge represent a steep escarpment (cliff / steep slope). This feature indicates an abrupt change in elevation over a short horizontal distance.

(f) Settlement pattern: [2] - Nucleated (compact) settlement in Loharpur. - Reason: The buildings are clustered closely together in a compact group near the mine. This is typical of mining settlements where workers live close to the mine for easy access to their workplace. The limited availability of water (indicated by the well) and the nature of the terrain (plateau with scrub vegetation) also encourage compact settlement.

(g) Main occupation: [2] - Mining is the main occupation of the inhabitants of Loharpur. - Evidence 1: The presence of a mine symbol on the map near the settlement indicates active mining operations. - Evidence 2: The name "Loharpur" itself suggests a connection with iron/metal working ("Lohar" means blacksmith/ironworker in Hindi), indicating a mining or metal-related occupation. - (Also acceptable: the plateau terrain with rocky outcrops and broken ground suggests mineral-rich geology suitable for mining.)

(h) Two conventional signs: [1] - Post office (P.O.) - Well - (Also acceptable: mine symbol, dry tank, unmetalled road, cart track, scrub vegetation, broken ground/rocky outcrop.)

(i) Cross-section from 4225 to 4825: [6] - The cross-section should show: - Starting from the west at the escarpment (approximately 500-550 m), showing a steep descent. - The escarpment should be clearly marked on the left side with a sharp downward slope. - The land gradually levelling out across the plateau (350-400 m) in the middle section. - The Koel Nadi shown as a depression/valley at approximately grid reference 4625 (lower elevation than surrounding areas). - A gentle rise and then levelling out towards Barkheda at 4825 (approximately 300-350 m). - Barkheda marked on the right side of the cross-section. - Drainage pattern: The Koel Nadi, being a seasonal river flowing north to south on a plateau with relatively uniform rock structure, likely forms a dendritic drainage pattern. (If tributaries join at right angles due to the plateau structure, a rectangular pattern is also acceptable.)

---

Question 2 — Map Work

(a) Coromandel Coast — Mark along the south-eastern coast of India from the Krishna delta in Andhra Pradesh to Kanyakumari in Tamil Nadu. [1]

(b) River Narmada — Mark the river originating from Amarkantak in Madhya Pradesh, flowing westward through a rift valley, and draining into the Arabian Sea through the Gulf of Khambhat in Gujarat. [1]

(c) Chota Nagpur Plateau — Mark in the eastern part of India, covering parts of Jharkhand, northern Odisha, western West Bengal, and eastern Chhattisgarh. [1]

(d) Black soil in Maharashtra — Shade/label the Deccan Plateau region in Maharashtra (especially the Vidarbha, Marathwada, and western Maharashtra regions). [1]

(e) Nilgiri Hills — Mark at the junction of the Western Ghats and Eastern Ghats in southern India (Tamil Nadu / Kerala / Karnataka border). [1]

(f) Nagarjuna Sagar Dam — Mark on the Krishna River in Telangana/Andhra Pradesh. [1]

(g) Chennai — Mark on the south-eastern coast of India in Tamil Nadu, on the Coromandel Coast. [1]

(h) Mangrove forests in the Sundarbans — Mark in the delta region of the Ganga-Brahmaputra in West Bengal / Bangladesh border. [1]

(i) Rourkela steel plant — Mark in Odisha (Sundargarh district). [1]

(j) NH-44 (Delhi to Chennai) — Mark a line from Delhi southward through Agra, Hyderabad, and Bengaluru to Chennai (this is the longest national highway in India). [1]

---

Question 3 — Short Answer Questions

(a) Contour ploughing: [2] - Contour ploughing is the practice of ploughing across the slope of the land, following the natural contour lines, rather than ploughing up and down the slope. - It helps in soil conservation because the furrows created along the contour lines act as natural barriers that slow down the flow of rainwater running downhill. This reduces the speed and erosive power of the runoff, allowing more water to seep into the soil, thereby preventing soil erosion and also improving soil moisture retention.

(b) Difference between tropical evergreen and tropical deciduous forests: [2]

Tropical Evergreen Forests	Tropical Deciduous Forests
Found in regions receiving more than 200 cm of annual rainfall with no distinct dry season.	Found in regions receiving 70-200 cm of annual rainfall with a distinct dry season.
Trees do not shed their leaves at the same time, so the forests appear green throughout the year.	Trees shed their leaves during the dry season for 6-8 weeks to conserve water.

(c) Biogas: [2] - Biogas is a renewable source of energy produced by the anaerobic decomposition (fermentation) of organic waste materials such as cattle dung, agricultural waste, sewage, and food waste in a biogas plant (digester). The main components of biogas are methane (CH₄) and carbon dioxide (CO₂). - One advantage: Biogas is an eco-friendly and smokeless fuel that burns cleanly without producing harmful pollutants. The residual slurry left after biogas production can be used as an excellent organic fertilizer for crops, providing a dual benefit.

(d) Wheat-producing states and conditions: [2] - Two states: Uttar Pradesh and Punjab (also acceptable: Haryana, Madhya Pradesh, Rajasthan). - One geographical condition: Wheat requires a cool and moist climate during the growing season with a temperature of 10°C to 15°C at the time of sowing and 20°C to 25°C at the time of ripening and harvesting. Moderate annual rainfall of 50-75 cm (well-distributed or supplemented by irrigation) is needed.

(e) Incineration: [2] - Incineration is a method of waste disposal in which solid waste is burned at very high temperatures (850°C to 1100°C) in specially designed furnaces called incinerators. The waste is reduced to ash, flue gas, and heat, significantly reducing the volume of waste (by up to 90%). - One disadvantage: Incineration releases harmful gases and toxic pollutants (such as dioxins, furans, particulate matter, and heavy metals) into the atmosphere, contributing to air pollution and posing health hazards to nearby populations. The ash produced may also contain toxic substances and requires careful disposal.

---

Question 4 — Climate of India

(a) Monsoon mechanism: [4] - (i) The word "monsoon" is derived from the Arabic word "mausim" meaning season. It refers to the seasonal reversal of wind direction that brings a distinct wet and dry season to the Indian subcontinent. In India, the term is primarily associated with the South-West Monsoon winds that bring rain from June to September. - (ii) Mechanism of the South-West Monsoon: - Differential heating: During summer (April-June), the landmass of the Indian subcontinent heats up much more rapidly than the surrounding Indian Ocean. This creates an intense low-pressure area over north-western India (Thar Desert region) and the Indo-Gangetic Plain, while high pressure develops over the Indian Ocean (which remains comparatively cool). - ITCZ shift: The Inter-Tropical Convergence Zone (ITCZ), a low-pressure belt near the equator where the trade winds of the two hemispheres converge, shifts northward over the Indian landmass during summer, reaching approximately 25°N (over the Ganga Plain). This northward shift of the ITCZ attracts the South-East Trade Winds from the Southern Hemisphere across the equator. - Wind reversal: As these winds cross the equator, they are deflected to the right (due to the Coriolis effect in the Northern Hemisphere) and become the South-West Monsoon winds. These moisture-laden winds blow from the Indian Ocean towards the Indian subcontinent, bringing heavy rainfall. - The monsoon arrives at the Kerala coast by around June 1 and advances across the country in phases.

(b) Differences between cold weather season and hot weather season: [3]

Basis	Cold Weather Season	Hot Weather Season
(i) Months/Duration	December to February (about 3 months).	March to May (about 3 months).
(ii) Temperature	Temperature decreases from south to north. Average temperature in north India: 10°C-15°C; in south India: 24°C-25°C. December and January are the coldest months. Cold winds from Central Asia blow as the north-east trade winds.	Temperature increases rapidly, especially in the north. Average temperature in north India: 30°C-45°C; in south India: 25°C-30°C. May is the hottest month in most of north India. Loo (hot, dry winds) blow in the plains.
(iii) Rainfall	Generally a dry season. However, north-western India (Punjab, Haryana, western UP) receives light rainfall from western disturbances (temperate cyclones originating over the Mediterranean Sea). Tamil Nadu coast receives rain from the retreating north-east monsoon.	Generally a dry season in most parts. However, some parts receive local convectional rainfall. Nor'westers (Kal Baisakhi — violent thunderstorms) occur in West Bengal and Assam. Mango showers (pre-monsoon showers) occur in Kerala and Karnataka, which are beneficial for mango and coffee crops.

(c) Give reasons: [3] - (i) Chennai receives most of its rainfall during October-December because during this period, the South-West Monsoon retreats and the north-east monsoon winds blow from the land towards the sea. These winds, which are generally dry, pick up moisture while crossing the Bay of Bengal. The moisture-laden north-east monsoon winds then strike the Coromandel Coast (where Chennai is located), bringing heavy rainfall. Chennai is situated on the windward side of these retreating monsoon winds. - (ii) The Thar Desert receives very little rainfall because by the time the Arabian Sea branch of the South-West Monsoon reaches the Thar Desert region, it blows parallel to the Aravalli Range (which runs in a north-east to south-west direction) rather than striking it perpendicularly. As a result, the moisture-laden winds do not rise and produce orographic rainfall. Additionally, the desert's extreme heat causes the air to rise rapidly without cooling sufficiently to form rain clouds. The dry continental winds from Central Asia further reduce moisture availability. - (iii) Mawsynram in Meghalaya receives the highest rainfall because it is located in the Khasi Hills, which lie in the path of the Bay of Bengal branch of the South-West Monsoon. The moisture-laden winds are funnelled into the narrow funnel-shaped topography of the Khasi and Jaintia Hills. The winds are forced to rise rapidly along the steep southern slopes (orographic effect), causing intense condensation and extremely heavy rainfall (approximately 1,187 cm annually). The funnel-shaped valley configuration traps and concentrates the moisture.

---

Question 5 — Soil Resources

(a) Soil types and alluvial soil: [4½] - (i) Three types of soil: Alluvial soil, Black soil (Regur), and Red soil. (Also acceptable: Laterite, Desert soil.) - (ii) Alluvial soil characteristics and distribution: - Formation: Alluvial soil is a transported soil, deposited by rivers and their tributaries as they flow from the mountains to the plains. It is formed by the deposition of silt, sand, clay, and gravel. - Characteristics: It is very fertile, rich in potash, phosphoric acid, and lime but deficient in nitrogen and humus. It varies in texture from sandy loam to clay. It is of two types: Khadar (new alluvium — found in flood plains, lighter in colour, more fertile, renewed every year by fresh deposits) and Bhangar (old alluvium — found on terraces above flood plains, darker, contains kankar/lime nodules, less fertile than Khadar). - Distribution: Alluvial soil is the most widely spread soil in India, covering about 40% of the total area. It is found in the entire Indo-Gangetic-Brahmaputra Plain (from Punjab to Assam), the river deltas of the east coast (Mahanadi, Godavari, Krishna, Kaveri), and narrow coastal strips along the western and eastern coasts. States: Uttar Pradesh, Bihar, West Bengal, Punjab, Haryana, Assam, and parts of Rajasthan and Gujarat. - Crops: Rice, wheat, sugarcane, maize, pulses, and oilseeds are grown extensively in alluvial soil.

(b) Erosion types: [3] - (i) Sheet erosion is the uniform removal of a thin layer (sheet) of topsoil from a large area by the action of wind or running water (surface runoff). It is less visible than gully erosion and occurs on gentle slopes or flat land. It is particularly harmful because it removes the most fertile topsoil layer over vast areas without leaving visible channels. - (ii) Differences:

Sheet Erosion	Gully Erosion
The topsoil is removed uniformly in thin layers (sheets) over a wide area.	Running water cuts deep channels (gullies/ravines) into the soil, forming a network of deep, narrow valleys.
Occurs on gentle slopes and flat land. Less noticeable initially.	Occurs on steep slopes with soft, loose soil. Highly visible and destructive.
Common in plains with sparse vegetation and light but continuous rainfall/wind.	Common in the Chambal Valley (Madhya Pradesh), parts of UP, and along river banks. Creates "badlands" or ravines.

(c) Methods of soil conservation: [2½] - (i) Shelter belts / Windbreaks: Rows of trees and shrubs are planted along the edges of agricultural fields and in lines perpendicular to the direction of prevailing winds. These rows of vegetation act as barriers that break the force of the wind, reduce wind speed, and prevent the wind from carrying away the loose topsoil. Shelter belts are particularly effective in arid and semi-arid regions (like western Rajasthan and Gujarat) where wind erosion is a major problem. - (ii) Afforestation: The systematic planting of trees on barren, degraded, or deforested land. Trees and their extensive root systems bind the soil particles together, preventing them from being washed or blown away. The canopy of leaves reduces the direct impact of raindrops on the soil surface, and the layer of fallen leaves (leaf litter) absorbs the impact of rainfall and adds humus to the soil, improving its water-holding capacity. - (iii) Strip cropping: Alternating strips of closely growing crops (like grasses, clover, or pulses) are planted between strips of the main crop (like wheat or corn) along the contour. The strips of closely growing vegetation slow down the flow of water, trap the soil being carried by the runoff, and prevent soil erosion. The closely planted strips also serve as windbreaks for the adjacent strips of the main crop.

---

Question 6 — Natural Vegetation and Water Resources

(a) Mangrove forests: [4] - (i) Mangrove forests (also called tidal forests or littoral forests) are dense forests found along the sheltered coasts, river deltas, estuaries, and tidal creeks where the land is submerged in saline or brackish water during high tide. These forests are specially adapted to survive in waterlogged, saline, muddy conditions. The trees have stilt-like aerial roots (pneumatophores) that help them breathe in waterlogged soil and anchor them in the soft mud. - Distribution in India: The largest mangrove forest in India (and the world) is the Sundarbans in the Ganga-Brahmaputra delta (West Bengal). Other areas include the deltas of the Mahanadi, Godavari, and Krishna rivers, the Andaman and Nicobar Islands, and parts of the coast of Gujarat (Gulf of Kutch and Gulf of Khambhat). - (ii) Two trees: Sundari (from which the Sundarbans gets its name) and Rhizophora (mangrove). (Also acceptable: Ceriops, Avicennia, Heritiera.) - (iii) Conservation importance: 1. Mangrove forests act as a natural barrier against cyclones, tsunamis, and storm surges, protecting the coastline and inland areas from wave damage and coastal flooding. 2. They serve as breeding grounds and nurseries for many species of fish, crabs, shrimp, and other marine life, supporting the livelihoods of fishing communities and maintaining marine biodiversity.

(b) Montane forests: [3] - Montane forests (also called mountain forests) are forests found on mountain slopes, where the vegetation changes with increasing altitude due to decreasing temperature and changing rainfall patterns. In the Himalayan region, the three altitudinal zones are: 1. Tropical and Sub-tropical zone (up to 1500 m): Dense forests of sal, teak, bamboo, and other deciduous trees are found in the foothills (Terai and Bhabar region). Evergreen trees like laurel and magnolia are found on the wetter eastern slopes. 2. Temperate zone (1500 m to 3500 m): Broad-leaved temperate forests of oak, chestnut, and maple are found between 1500-2500 m. Between 2500-3500 m, coniferous forests of pine, deodar, spruce, fir (silver fir), and cedar dominate. These trees are tall, straight, and have cone-shaped canopies to shed snow. 3. Alpine zone (above 3500 m): Stunted trees, bushes, and alpine grasslands/meadows (called "bugyals" or "margs") are found. Birch, juniper, and rhododendron are common. Above 4500 m, only mosses, lichens, and arctic-type vegetation survive. Beyond 5000 m, the zone of permanent snow and glaciers begins, with no vegetation.

(c) Irrigation: [3] - (i) Differences:

Well Irrigation	Canal Irrigation
Water is drawn from underground sources (water table) using manually operated wells or mechanised tube wells.	Water is drawn from rivers, reservoirs, or dams through man-made channels (canals) and distributed to agricultural fields.
Suitable for areas with adequate groundwater and small/medium-sized holdings.	Suitable for plain areas with perennial rivers and large-scale farming. Requires significant capital investment.
Can be used at the farmer's convenience; does not depend on surface water availability.	Depends on river water flow and dam storage; water distribution may be seasonal or regulated.

• (ii) Well irrigation is most common in Uttar Pradesh (also acceptable: Rajasthan, Punjab, Gujarat, Maharashtra). Canal irrigation is more prevalent in Punjab (also acceptable: Uttar Pradesh, Haryana, Andhra Pradesh).
• (iii) Tank irrigation is popular in the Deccan Plateau because the plateau region has undulating terrain with hard, impervious (non-porous) rocks that do not allow water to percolate easily underground, making well irrigation difficult. The seasonal rivers carry water only during the monsoon. Natural depressions and man-made earthen embankments across streams are used to create tanks that store rainwater during the monsoon season for irrigation during the dry months. The rocky terrain provides natural basins for water collection.

---

Question 7 — Minerals and Energy Resources

(a) Chota Nagpur Plateau: [3] - (i) Three minerals: Iron ore (hematite), Coal, and Manganese (also acceptable: copper, bauxite, mica, limestone). - (ii) The Chota Nagpur Plateau is called the "Ruhr of India" (after the Ruhr industrial region in Germany) because it is India's richest mineral and industrial zone. It has vast deposits of coal (Jharia, Raniganj, Bokaro coalfields), iron ore (Singhbhum), copper (Singhbhum), manganese, mica, and bauxite. This concentration of mineral resources has led to the establishment of several heavy industries, including iron and steel plants (TISCO at Jamshedpur, Bokaro Steel Plant), heavy engineering factories (HEC at Ranchi), and numerous mining operations — making it the industrial heartland of India, similar to the Ruhr valley in Germany.

(b) Coal in India: [4] - (i) Two types: Anthracite (hard coal, highest carbon content, found in small quantities in Jammu & Kashmir) and Bituminous (soft coal, most commonly used, found in Jharkhand, West Bengal, Odisha, etc.). Bituminous coal (or more specifically, anthracite) is superior in quality because it has the highest carbon content (80-95%), produces the most heat, and burns with little smoke. However, since anthracite is extremely rare in India, bituminous coal is the most commonly used high-quality coal. (Note: Lignite — brown coal — is an inferior variety found in Neyveli, Tamil Nadu. Peat is the lowest grade.) - (ii) Two important coalfields: 1. Jharia coalfield — Jharkhand (largest coalfield in India, known for high-quality coking coal). 2. Raniganj coalfield — West Bengal (one of the oldest and most important coalfields). (Also acceptable: Bokaro — Jharkhand, Talcher — Odisha, Singrauli — Madhya Pradesh, Korba — Chhattisgarh.) - (iii) Two uses of coal other than as a fuel: 1. Coal is used as a raw material in the iron and steel industry — coking coal is used to smelt iron ore in blast furnaces to produce pig iron and steel. 2. Coal is used in the chemical industry — coal tar, a by-product of coal, is used to manufacture synthetic dyes, drugs, perfumes, explosives, paints, and plastics. Coal gas is used for illumination and heating.

(c) Give reasons: [3] - (i) Wind energy has great potential in Tamil Nadu and Gujarat because these states have long stretches of coastline where steady, strong winds blow throughout the year, especially during the monsoon season. Tamil Nadu has wind farms in Muppandal (Kanyakumari district) and the Palk Strait coast. Gujarat has the flat, open terrain of the Kutch region where wind speeds are consistently high. Both states have invested heavily in wind energy infrastructure and have favourable government policies, making them the leading wind energy producers in India. - (ii) Manganese is important for the iron and steel industry because it is used as an essential raw material in the manufacturing of steel. Manganese is added to molten iron to remove impurities (sulphur and phosphorus) and to make the steel harder, tougher, and more resistant to wear and corrosion. Steel containing manganese (ferro-manganese alloy) is used for making railway tracks, heavy machinery, safes, rock-crushing equipment, and armour plating. About 10 kg of manganese is required to produce 1 tonne of steel. - (iii) Biogas is considered ideal for rural India because rural areas have abundant cattle dung and agricultural waste, which serve as raw materials for biogas production. Biogas provides a clean, smokeless fuel for cooking, replacing firewood and dung cakes (which cause indoor air pollution and respiratory diseases). The slurry left after biogas production is an excellent organic fertilizer, improving crop yields. Biogas plants are simple to construct and maintain, can be set up at the household or village level, reduce dependence on forests for fuel (preventing deforestation), and provide a sustainable energy solution that does not require electricity or expensive fuel.

---

Question 8 — Agriculture

(a) Wheat cultivation: [4] - (i) Three geographical conditions: 1. Temperature: Wheat requires a cool growing season with a temperature of 10°C to 15°C during sowing and growth, and 20°C to 25°C at the time of ripening and harvesting. Frost during the flowering stage is harmful. 2. Rainfall: Moderate rainfall of 50-75 cm is required, well-distributed during the growing season. Bright sunshine and dry weather are needed at the time of harvesting. 3. Soil: Well-drained, fertile loamy or clayey loam soil of the Indo-Gangetic plains is ideal. Light, sandy soil is not suitable. - (ii) Two leading states: Uttar Pradesh (largest producer) and Punjab (highest yield per hectare). (Also acceptable: Haryana, Madhya Pradesh, Rajasthan.) - (iii) Wheat is mainly grown in the northern plains because the Indo-Gangetic Plain provides all the ideal conditions: cool winter temperatures (10°C-15°C) during the Rabi season (October-March) for sowing and growth; well-developed canal and tube well irrigation to supplement the moderate winter rainfall; fertile alluvial soil that is deep and well-drained; flat terrain allowing mechanised farming; and a long history of wheat cultivation with well-established agricultural practices and infrastructure.

(b) Differences between cotton and jute: [3]

Basis	Cotton	Jute
(i) Temperature	Requires a high temperature of 20°C to 30°C with warm days and cool nights. Requires about 210 frost-free days.	Requires a high temperature of 25°C to 35°C with warm and humid conditions throughout the growing season.
(ii) Soil	Grows best in black soil (regur) with good moisture-retaining capacity. Also grows in alluvial and red soil.	Grows best in fertile alluvial soil in the delta regions. Requires soil that is regularly renewed by river flooding.
(iii) Leading state	Gujarat (also acceptable: Maharashtra, Telangana, Andhra Pradesh).	West Bengal (produces about 75% of India's total jute production).

(c) Give reasons: [3] - (i) Tea is grown on hill slopes because hill slopes provide well-drained land, which is essential for tea cultivation — tea roots cannot tolerate waterlogging or stagnant water, and sloping land ensures that excess rainwater drains away quickly. Hill slopes in regions like Assam, Darjeeling, Nilgiris, and Munnar also provide the cool, moist climate with moderate temperatures (20°C-30°C) and frequent light showers that tea requires. The altitude provides cooler temperatures and misty conditions ideal for the growth of tender tea leaves. - (ii) India is the largest producer of sugarcane but not the largest producer of sugar because a significant portion of India's sugarcane is consumed directly (as chewing cane/ganna), used for making jaggery (gur) and khandsari (raw sugar) by small-scale units and household production. The conversion efficiency (sugar recovery rate) of Indian sugar mills is lower (about 10-11%) compared to countries like Brazil and Australia (14-15%) due to the use of older varieties of sugarcane with lower sucrose content, shorter crushing season, and outdated machinery in some mills. Brazil has surpassed India in sugar production despite producing less sugarcane. - (iii) Rice is mainly grown in eastern and southern India because these regions provide the essential geographical conditions for rice cultivation: heavy rainfall (150-200 cm) from the South-West Monsoon is received in these areas; the alluvial soil in the river deltas (Mahanadi, Godavari, Krishna, Kaveri) and the Ganga-Brahmaputra delta is ideal for paddy cultivation; the high temperature (20°C-30°C) and high humidity throughout the year support the growth of the crop; and the low-lying terrain allows water to stand in the paddy fields during the early growing stage.

---

Question 9 — Manufacturing Industries

(a) Sugar industry: [4] - (i) Two important sugar-producing states: Maharashtra (largest producer — especially the cooperative sugar mills of western Maharashtra) and Uttar Pradesh (second-largest producer). (Also acceptable: Karnataka, Tamil Nadu, Gujarat.) - (ii) The sugar industry is called a seasonal industry because sugarcane is available for crushing only during a limited period of the year — the crushing season typically lasts for about 4-6 months (October/November to March/April). Outside this season, the sugar mills remain idle as sugarcane is a perishable crop that cannot be stored for long periods without losing its sucrose content. - (iii) Sugar mills are located close to sugarcane-growing areas because sugarcane is a bulky, perishable, and weight-losing raw material. It loses its sucrose content rapidly after harvesting — a delay of even 24 hours can reduce the sugar recovery rate. Transporting sugarcane over long distances increases costs, wastage, and loss of sucrose. Hence, sugar mills are set up within the sugarcane-growing regions (ideally within 25-30 km) to ensure that the cane is crushed as quickly as possible after harvesting. - (iv) One problem: Short crushing season — The sugar mills operate only for 4-6 months, leading to underutilisation of installed capacity and machinery for the rest of the year. This increases the per-unit cost of production and makes it difficult to retain skilled workers year-round. (Also acceptable: fluctuating sugarcane production, old and inefficient machinery, low sugar recovery rate, competition from gur and khandsari production.)

(b) Iron and steel — Durgapur: [3] - (i) Raw materials required: Iron ore (hematite or magnetite — the basic raw material), coking coal (for smelting iron ore in the blast furnace), limestone (used as a flux to remove impurities from the ore), manganese (for toughening the steel and removing impurities), dolomite, and water (for cooling and steam generation). - (ii) Durgapur was selected because: 1. Coal: It is located close to the Raniganj coalfield (in West Bengal), which is one of the oldest and largest coalfields in India, providing an abundant supply of coking coal. 2. Iron ore: Iron ore is available from the mines of Singhbhum (Jharkhand) and Mayurbhanj (Odisha), which are within economical transportation distance. (Also acceptable: proximity to the Damodar Valley Corporation for hydroelectric power; availability of water from the Damodar River; good rail and road connectivity on the Kolkata-Delhi main line; availability of labour from the densely populated region.)

(c) IT industry: [3] - (i) Two major IT hubs: Bengaluru (Bangalore) — often called the "Silicon Valley of India" — and Hyderabad (Cyberabad/HITEC City). (Also acceptable: Pune, Chennai, Noida/Gurgaon (Delhi NCR), Kolkata.) - (ii) Two reasons for rapid growth: 1. Availability of a large pool of skilled, English-speaking professionals — India's technical and engineering institutes (IITs, NITs, and numerous engineering colleges) produce a large number of qualified IT professionals every year at a relatively lower wage cost compared to Western countries. 2. Government support and liberalisation — The Government of India established Software Technology Parks (STPs), Special Economic Zones (SEZs), and provided tax incentives and infrastructure support to attract IT companies. The economic liberalisation of 1991 opened the Indian economy to global markets and foreign investment. - (iii) The IT industry has contributed to the Indian economy by becoming one of the largest foreign exchange earners for India through the export of software services and IT-enabled services (BPO, KPO). It has generated millions of direct and indirect employment opportunities for skilled professionals. It has also driven the growth of related sectors like real estate, hospitality, transport, and telecommunications, and has positioned India as a global leader in IT services and digital innovation.

---

Question 10 — Transport and Waste Management

(a) Waterways: [3] - (i) Differences:

Inland Waterways	Coastal Shipping
Navigation through rivers, canals, lakes, and backwaters within the country.	Navigation along the coastline of the country through the sea.
Used for transporting goods and passengers within the interior of the country, especially in regions with navigable rivers.	Used for transporting bulky goods (coal, petroleum, cement, iron ore) between port cities along the coast.
Example: Navigation on the Ganga, Brahmaputra, and the backwaters of Kerala.	Example: Shipping between Mumbai, Kochi, Chennai, Kolkata, and Visakhapatnam.

• (ii) Two National Waterways:
• National Waterway 1 (NW-1) — on the Ganga River (from Allahabad/Prayagraj to Haldia, 1,620 km).
• National Waterway 2 (NW-2) — on the Brahmaputra River (from Sadiya to Dhubri, 891 km). (Also acceptable: NW-3 — West Coast Canal, Champakara Canal, and Udyogmandal Canal in Kerala; NW-4 — Kakinada to Puducherry canal system.)
• (iii) Two major ports on the eastern coast: Chennai (Tamil Nadu) and Visakhapatnam (Andhra Pradesh). (Also acceptable: Kolkata/Haldia — West Bengal, Paradip — Odisha, Tuticorin — Tamil Nadu.)

(b) Airways: [3] - (i) Two international airports: Indira Gandhi International Airport (IGI), Delhi and Chhatrapati Shivaji Maharaj International Airport, Mumbai. (Also acceptable: Kempegowda International Airport — Bengaluru, Rajiv Gandhi International Airport — Hyderabad, Netaji Subhas Chandra Bose International Airport — Kolkata.) - (ii) Two advantages: 1. Speed: Air transport is the fastest mode of transport, covering large distances in a very short time. It is ideal for transporting perishable goods, mail, and passengers over long distances (including international travel). 2. Accessibility to difficult terrain: Air transport can reach remote and inaccessible areas such as mountainous regions (Ladakh, Northeast India), islands (Andaman & Nicobar, Lakshadweep), and disaster-hit areas where road and rail networks are absent or disrupted. - (iii) Air transport is not suitable for heavy and bulky goods because aircraft have a limited carrying capacity (payload) compared to ships, trains, and trucks. The cost of transporting goods by air is very high (per tonne-kilometre), making it economically unviable for bulky, heavy, and low-value commodities like coal, iron ore, cement, timber, and grains. Air transport is cost-effective only for lightweight, high-value, perishable, or urgently needed items.

(c) Waste management: [4] - (i) Composting is a natural process of decomposition in which organic waste materials (such as food scraps, garden waste, agricultural residue, and other biodegradable matter) are broken down by microorganisms (bacteria and fungi) in the presence of air (aerobic decomposition) into a dark, crumbly, humus-rich substance called compost, which is used as an organic fertilizer. - Vermicomposting is a specialised form of composting in which earthworms (particularly red worms / Eisenia fetida) are used to break down organic waste into a finer, richer compost called vermicompost. The earthworms eat the organic waste, digest it, and excrete nutrient-rich castings. Vermicompost is of higher quality than regular compost, richer in nitrogen, phosphorus, and potassium, and is produced faster. - (ii) A sanitary landfill is an engineered method of waste disposal in which solid waste is deposited in layers in a carefully designed pit or trench lined with an impervious material (such as clay or synthetic liners) to prevent groundwater contamination. The waste is compacted, covered with a layer of soil each day, and the site is sealed after reaching capacity. - Advantage: It is a relatively simple and cost-effective method for disposing of large volumes of non-biodegradable and mixed solid waste, especially in cities with large populations. - Disadvantage: Even with liners, there is a risk of groundwater contamination from leachate (toxic liquid that seeps through the waste). Landfills also release methane gas (a greenhouse gas) during the decomposition of organic matter, contributing to air pollution and global warming. They also require large areas of land. - (iii) The 3Rs: 1. Reduce: Minimize the amount of waste generated at the source by consuming less, buying only what is needed, and avoiding excessive packaging. Example: Using a cloth bag instead of plastic bags for shopping reduces plastic waste generation. 2. Reuse: Using items again (in the same or a different form) instead of throwing them away after single use. Example: Glass jars can be reused for storing food, pickles, or other items instead of being discarded. 3. Recycle: Processing used materials into new products to prevent waste from ending up in landfills and to conserve natural resources. Example: Old newspapers and waste paper can be recycled to produce new paper, cardboard, or paperboard products, reducing the need to cut trees.

---

---

TOPIC-WISE PROBABILITY ANALYSIS

Topic	Probability	Level
Topographical Map Study (Grid Ref, Distance, Cross-section)	⬛⬛⬛⬛⬛⬛⬛⬛⬛⬛	Very High
Map Work (Marking on outline map of India)	⬛⬛⬛⬛⬛⬛⬛⬛⬛⬛	Very High
Climate of India (Monsoons, ITCZ, Seasons, Rainfall)	⬛⬛⬛⬛⬛⬛⬛⬛⬛⬛	Very High
Agriculture (Wheat, Cotton, Jute, Tea, Sugarcane, Rice)	⬛⬛⬛⬛⬛⬛⬛⬛⬛	Very High
Manufacturing Industries (Sugar, Iron & Steel, IT)	⬛⬛⬛⬛⬛⬛⬛⬛⬛	Very High
Soil Resources (Types, Erosion, Conservation Methods)	⬛⬛⬛⬛⬛⬛⬛⬛	High
Minerals and Energy Resources (Coal, Wind, Biogas, Manganese)	⬛⬛⬛⬛⬛⬛⬛⬛	High
Natural Vegetation (Mangrove, Montane, Conservation)	⬛⬛⬛⬛⬛⬛⬛⬛	High
Water Resources (Irrigation, Wells, Canals, Tanks)	⬛⬛⬛⬛⬛⬛⬛	High
Transport (Waterways, Airways, Ports, Airports)	⬛⬛⬛⬛⬛⬛⬛	High
Waste Management (Composting, Landfill, 3Rs, E-waste)	⬛⬛⬛⬛⬛⬛	Medium

---

KEY TOPICS TO REVISE

1. Topographical Maps — Practice different map scenarios: coastal, plateau, valley, and hilly areas. Know how to read 4-figure and 6-figure grid references, calculate straight-line and winding distances, draw cross-sections with vertical exaggeration, identify drainage patterns (dendritic, radial, trellis, rectangular), settlement patterns (nucleated, dispersed, linear), and deduce occupations from map evidence (farming, fishing, mining, forestry).

2. Climate of India — Understand the complete monsoon mechanism (ITCZ, differential heating, Coriolis force, jet streams, western disturbances). Know all four seasons with their months, temperature, and rainfall characteristics. Be able to explain "give reasons" type questions on rainfall distribution (why Chennai gets winter rain, why Thar Desert is dry, why Mawsynram receives the highest rainfall, rain shadow areas).

3. Soil Resources — Know all five soil types with formation, characteristics, distribution (states), and crops. Understand the difference between Khadar and Bhangar alluvial soil. Know all types of soil erosion (sheet, rill, gully/ravine) and conservation methods (terracing, contour ploughing, shelter belts, afforestation, strip cropping).

4. Natural Vegetation — Revise all forest types (tropical evergreen, moist/dry deciduous, thorn & scrub, mangrove, montane). Know the altitudinal zones of Himalayan vegetation. Understand social forestry, Van Mahotsav, and conservation measures. Be able to mark vegetation zones on the map of India.

5. Water Resources — Learn the five multipurpose river valley projects (Bhakra Nangal, Hirakud, Damodar Valley, Nagarjuna Sagar, Tehri) with rivers and states. Understand all methods of irrigation (wells, tube wells, canals, tanks) and why each is preferred in specific regions. Know about rainwater harvesting.

6. Minerals and Energy Resources — Know the Chota Nagpur Plateau ("Ruhr of India") and its mineral wealth. Learn types and distribution of coal (Jharia, Raniganj, Bokaro, Singrauli, Korba), petroleum, iron ore, manganese, copper, bauxite, and limestone. Understand all non-conventional energy sources (solar, wind, tidal, nuclear, biogas, geothermal) with locations and advantages.

7. Agriculture — Know all seven major crops (rice, wheat, sugarcane, cotton, jute, tea, coffee) — conditions of growth, distribution, producing states, and "give reasons" type questions. Understand types of farming (subsistence, commercial, intensive, extensive, plantation, shifting/jhum).

8. Manufacturing Industries — Focus on all six integrated steel plants (TISCO, Bhilai, Durgapur, Bokaro, Rourkela, Visakhapatnam) — location and reasons. Know the sugar industry (seasonal nature, locational advantages). Understand the cotton textile industry (centres, problems). Know the IT industry (growth factors, contribution, major hubs).

9. Transport — Learn all modes: roadways (NHDP, Golden Quadrilateral, types of roads), railways (gauges, uni-gauge project, zones), waterways (National Waterways, major ports on east and west coast), airways (important airports, advantages). Understand pipelines and their advantages.

10. Waste Management — Know all types of waste and methods of disposal: composting, vermicomposting, sanitary landfill, incineration, recycling. Understand biomedical waste management and e-waste. Know the 3Rs (Reduce, Reuse, Recycle) with examples. Be able to differentiate biodegradable and non-biodegradable waste.

---

Prepared by BrightTutorials.in — For personal study use only. This is a prediction paper based on syllabus analysis and previous year trends. It does not claim to represent the actual ICSE 2026 examination paper.