মাধ্যমিক ২০২৬ পরীক্ষার সময়সীমা
SHEAKHALA BENIMADHAB GIRLS' HIGH SCHOOL (H.S.) - HISTORY
এই পেজে আমরা মাধ্যমিক টেস্ট পেপার ২০২৫-২৬ এর অন্তর্গত 'শেয়াখালা বেণীমাধব গার্লস হাই স্কুল (H.S.)'-এর ইতিহাসের প্রশ্নপত্রের (পৃষ্ঠা ১২৪) সম্পূর্ণ সমাধান নিয়ে আলোচনা করেছি। এখানে বিভাগ 'ক' (MCQ), বিভাগ 'খ' (SAQ, সত্য/মিথ্যা, স্তম্ভ মেলানো, বিবৃতি) এবং বিভাগ 'গ' (২ নম্বরের প্রশ্ন)-এর প্রতিটি প্রশ্নের সঠিক ও নির্ভুল উত্তর দেওয়া হয়েছে। ২০২৬ সালের মাধ্যমিক পরীক্ষার্থীদের জন্য এই সেটটি অত্যন্ত গুরুত্বপূর্ণ। প্রতিটি উত্তর টেস্ট পেপারের উত্তরমালা এবং পাঠ্যবই যাচাই করে তৈরি করা হয়েছে যাতে তোমাদের প্রস্তুতিতে কোনো খামতি না থাকে।
Overview & Solution Guide
This page provides a comprehensive solution for the History Test Paper (Page 124) of 'Sheakhala Benimadhab Girls' High School (H.S.)' for the Madhyamik 2026 examination. We have covered all sections including MCQ (Group A), SAQ, True/False, Match the Columns, Statements (Group B), and 2-mark questions (Group C). Each answer has been meticulously verified with the official key and standard textbooks to ensure accuracy. Practicing this set will significantly boost your confidence and help you score better in the upcoming board exams.
| 2nd February, [সোমবার] | ☛ | বাংলা |
| 3rd February, [মঙ্গলবার] | ☛ | ইংরেজি |
| 6th February, [শুক্রবার] | ☛ | ইতিহাস |
| 7th February, [শনিবার] | ☛ | ভূগোল |
| 9th February, [সোমবার] | ☛ | গণিত |
| 10th February, [মঙ্গলবার] | ☛ | ভৌতবিজ্ঞান |
| 11th February, [বুধবার] | ☛ | জীবনবিজ্ঞান |
| 12th February, [শুক্রবার] | ☛ | ঐচ্ছিক বিষয় |
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NAVA NALANDA
নব নালন্দা - PAGE 230
Group - A : Choose the correct answer from the given alternatives (1 x 14 = 14)
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Group - B
2.1. Write 'True' or 'False' (any six)
2.2. Fill in the blanks with suitable words (any six)
2.3. Answer in one or two words (any six)
2.4. Match the Left Column with the Right Column
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[cite_start]
- 2.4.1 Troposphere — (2) Lapse rate [cite: 355] [cite_start]
- 2.4.2 Instrument to measure rainfall — (4) Rain gauge [cite: 357] [cite_start]
- 2.4.3 High latitude — (1) Slanting rays of the Sun [cite: 358] [cite_start]
- 2.4.4 Inversion of temperature — (3) Mountain valley topography [cite: 359]
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Group - C : Answer the following questions in brief (2 x 6 = 12)
OR, Marusthali: Marusthali literally means 'land of the dead'. It is the dry, barren, and sandy western part of the Thar Desert in Rajasthan, characterized by low rainfall, sparse vegetation, and shifting sand dunes.
OR, Rourkela Plant Sources: The Rourkela Steel Plant obtains its water from the Brahmani River and its coal from the Jharia and Talcher coalfields.
OR, Active Sensor: An active sensor is a remote sensing device that emits its own source of energy or illumination to scan objects and measures the energy reflected back (e.g., Radar).
OR, 4 R's: The 4 R's in waste management stand for Reduce, Reuse, Recycle, and Refuse. They represent a hierarchy of actions to minimize waste generation.
OR, High tides during New Moon: During the new moon, the Sun, Moon, and Earth are aligned in a straight line (Syzygy) with the Moon and Sun on the same side. Their combined gravitational pull exerts a stronger force on the Earth's oceans, resulting in higher 'Spring Tides'.
OR, Waste purified by Scrubber: Scrubbers are used to remove industrial gaseous pollutants (like Sulphur Dioxide, Ammonia) and particulate matter from the exhaust streams or smoke before releasing them into the atmosphere.
Group - D : Give brief explanatory answer of the following (3 x 4 = 12)
OR, Role of Students in Waste Management: 1) Awareness Generation: Students can educate their families and communities about the importance of waste segregation and the harmful effects of plastics. 2) Reducing Waste: They can minimize the use of single-use items, use refillable water bottles, and avoid food wastage in schools and homes. 3) Participation in Cleanliness Drives: Students can actively participate in school and community cleanup programs and promote the concept of the 3Rs (Reduce, Reuse, Recycle).
OR, Differences (Topo map vs Satellite Image): 1) Data Source: Topographical maps are prepared based on ground surveys and aerial photography, while satellite images are digital data captured by sensors on satellites. 2) Nature: Topo maps are static printed representations using conventional symbols, whereas satellite images are digital records that can be updated frequently. 3) Information: Topo maps show selected features using symbols and colors, while satellite images provide a real-time, comprehensive view of the surface, often requiring interpretation of 'false colors' to identify features like vegetation.
OR, Abrasion vs Attrition (Wind): 1) Process: Abrasion is the wearing down of rocks by wind-borne sand particles acting like sandpaper, while attrition is the collision of sand particles against each other in the air. 2) Result: Abrasion creates landforms like Mushroom rocks and Zeugens, whereas attrition reduces the size of the sand grains themselves, making them rounder and smaller. 3) Target: Abrasion acts on stationary rock surfaces; attrition acts on the moving load (sediments) itself.
OR, Forest Conservation Methods: 1) Afforestation: Planting trees on barren lands and increasing green cover through programs like Van Mahotsav. 2) Social Forestry: Involving local communities in planting and managing trees on unused lands, roadsides, and railway tracks to meet local needs and reduce pressure on core forests. 3) Restricted Felling: Implementing strict laws to regulate the cutting of trees and preventing illegal logging, ensuring that trees are harvested sustainably.
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Group - E
5.1. Answer any two questions from the following (5 x 2 = 10)
1. Alluvial Fan: When a river leaves the steep mountain slope and enters a flat plain or foothill zone, its velocity decreases suddenly. As a result, it deposits a heavy load of coarse sediments like boulders, pebbles, and sand in a fan-like shape. This feature is called an Alluvial Fan. It is common at the foothills of the Himalayas (e.g., Kosi river).
2. Meander: In the middle and lower course, the river flows over gentle slopes. To avoid obstacles, it flows in a zigzag, sinuous path forming large S-shaped curves known as Meanders. On the inner bank of the curve (slip-off slope), the water flow is slow, leading to the deposition of sand and silt, while erosion occurs on the outer bank.
3. Delta: Near the mouth of the river, where it meets the sea, the velocity becomes negligible. The river splits into several distributaries, and the fine sediments carried by it get deposited in a triangular shape resembling the Greek letter 'Delta'. This landform is composed of new alluvium and grows seaward over time. The Ganga-Brahmaputra Delta is the largest example.
1. Planetary Winds: Prevailing winds like Trade Winds and Westerlies are the most important cause. They drag the surface water in their direction of flow. For example, Trade Winds drive equatorial currents from east to west.
2. Earth's Rotation (Coriolis Force): The rotation of the Earth causes the Coriolis force, which deflects moving water to the right in the Northern Hemisphere and to the left in the Southern Hemisphere (Ferrel's Law).
3. Temperature Differences: Warm water near the equator expands and is lighter, so it flows towards the poles as surface currents. Cold water near the poles is denser and sinks, flowing towards the equator as subsurface currents.
4. Salinity Differences: Water with higher salinity is denser and sinks, while water with lower salinity is lighter and flows on the surface. For instance, a surface current flows from the Atlantic to the Mediterranean Sea due to salinity difference.
5. Shape of Coastlines: The shape of the continents and landmasses obstructs and deflects the currents, changing their direction (e.g., the Brazilian coast splits the South Equatorial Current).
When warm, moist air blowing from the sea strikes a mountain range situated across its path, it is forced to rise upwards along the mountain slope. As the air rises, it expands and cools adiabatically. When the temperature drops below the dew point, the moisture condenses to form clouds, and heavy rainfall occurs on the windward side of the mountain. This is called Orographic Rainfall.
After crossing the mountain peak, the wind descends on the other side (leeward side). As it descends, it gets compressed and warms up. Its capacity to hold moisture increases, resulting in very little or no rainfall. This region is known as the 'Rain Shadow Area'.
Example: The Western Ghats cause heavy orographic rain on the windward western slopes (e.g., Mumbai), while the leeward eastern slopes (e.g., Pune) remain in the rain shadow area.
Westerlies: 1) They blow from Sub-tropical High Pressure belts to Sub-polar Low Pressure belts. 2) They blow from SW in the N. Hemisphere and NW in the S. Hemisphere. 3) They are more variable in the N. Hemisphere due to landmasses but very strong in the S. Hemisphere (Roaring Forties). 4) They bring rainfall to the western coasts of continents. 5) They are responsible for the pleasant climate of Western Europe.
5.2. Answer any two questions from the following (5 x 2 = 10)
1. Latitude: The Tropic of Cancer passes through the middle of India. The southern part lies in the tropical zone and remains hot throughout the year, while the northern part is in the subtropical zone with extreme temperatures.
2. The Himalayas: The lofty Himalayan range acts as a barrier in the north. It prevents the cold polar winds of Central Asia from entering India, keeping winters mild. It also intercepts the moisture-laden South-West Monsoon winds, causing heavy rainfall in Northern India.
3. Monsoon Winds: This is the most dominating factor. The seasonal reversal of winds brings distinct wet (SW Monsoon) and dry (NE Monsoon) seasons, governing the rhythm of life and agriculture in India.
4. Altitude: Temperature decreases with height. Hence, places located in the hills (like Darjeeling, Ooty) have a cool climate even in summer, unlike the plains which are hot.
5. Distance from the Sea: Places near the coast (like Mumbai, Chennai) experience an equable or moderate climate due to the influence of land and sea breezes. Places in the interior (like Delhi) experience extreme or continental climate (very hot summers, cold winters).
1. Temperature: It requires a hot and humid climate. The ideal temperature range is between 15°C and 30°C. It cannot withstand frost or extreme heat. Direct sunlight is harmful.
2. Rainfall: Heavy rainfall ranging from 150 cm to 250 cm annually is required. The rainfall should be well-distributed, but a dry spell is needed during the ripening of berries.
3. Soil: Well-drained, deep, friable, loamy soil rich in iron and humus is best for coffee. Red and laterite soils found in South India are very suitable.
4. Relief (Land): Coffee is grown on hill slopes (altitude 600m to 1800m) because stagnant water at the roots is harmful to the plant. The slopes allow easy drainage of water.
5. Shade: Since direct sunlight burns the leaves, coffee plants are grown under the shade of tall trees like silver oak or banana. Cheap and skilled labor is also needed for picking berries.
1. Raw Materials: Iron ore and coal are the primary bulky and weight-losing raw materials. Hence, industries are located near iron ore mines or coal fields to minimize transport costs. Manganese, limestone, and dolomite are also required.
2. Transport: An efficient network of railways and ports is essential for assembling raw materials and distributing finished products. Coastal locations (like Visakhapatnam) are advantageous for import-export.
3. Power: A regular supply of cheap power (thermal or hydel) is necessary for the smelting process and running heavy machinery.
4. Water: Huge quantities of water are needed for cooling the furnaces and washing the ore. Hence, plants are located near perennial rivers or lakes.
5. Market & Labour: Proximity to markets (engineering industries, cities) reduces distribution costs. Cheap and skilled labor is required for the arduous work in the plants. Capital availability is also crucial.
1. Width: The Western Coastal Plain is narrow (average width 64 km), sandwiched between the Western Ghats and the Arabian Sea. The Eastern Coastal Plain is much wider (average width 80-100 km), lying between the Eastern Ghats and the Bay of Bengal.
2. Deltas: The swift-flowing west-flowing rivers form estuaries, not deltas. The large east-flowing rivers (Mahanadi, Godavari, Krishna, Kaveri) form extensive and fertile deltas.
3. Coastline: The Western coast is more indented and broken, which favors the development of natural ports and harbors. The Eastern coast is relatively straight and smooth, making it less suitable for natural harbors.
4. Rainfall: The Western Coastal Plain receives heavy rainfall from the SW Monsoon (windward side). The Eastern Coastal Plain receives comparatively less rain, largely from retreating monsoons and cyclones.
5. Lagoons: The Western coast (Malabar) is famous for backwaters or lagoons called 'Kayals'. Such features are less common on the Eastern coast (except Chilika and Pulicat).
Group - F (Map Pointing)
- 6.1 Pir Panjal Range: In Jammu & Kashmir (Middle Himalayas).
- 6.2 An important tea producing region: Darjeeling or Assam Valley.
- 6.3 The largest petro-chemical centre of India: Jamnagar (Gujarat).
- 6.4 The Hi-tech port of India: Nhava Sheva (Jawaharlal Nehru Port) near Mumbai.
- 6.5 Narmada river: West flowing river in Central India.
- 6.6 One laterite soil region: Western Ghats or Meghalaya Plateau.
- 6.7 Winter rainfall region: Coromandel Coast (Tamil Nadu).
- 6.8 Koleru lake: Between Godavari and Krishna deltas in Andhra Pradesh.
- 6.9 Deccan trap: Lava plateau region in Maharashtra/Gujarat.
- 6.10 Delta of Sunderbans: In West Bengal (Ganga-Brahmaputra delta).
উপসংহার
এই পেজে সুন্দরবন আদর্শ বিদ্যামন্দির ইতিহাসের প্রশ্নপত্রটির সম্পূর্ণ সমাধান দেওয়া হলো। আশা করি, এই প্রশ্নোত্তরগুলো তোমাদের মাধ্যমিক ২০২৬ পরীক্ষার প্রস্তুতিতে বিশেষ সহায়ক হবে। ইতিহাসের প্রতিটি অধ্যায় খুঁটিয়ে পড়া এবং সঠিক তথ্য মনে রাখা অত্যন্ত জরুরি। নিয়মিত অভ্যাসের মাধ্যমে তোমরা অবশ্যই ভালো ফলাফল করতে পারবে। তোমাদের সকলের উজ্জ্বল ভবিষ্যতের জন্য আমাদের পক্ষ থেকে রইল অনেক অনেক শুভকামনা।
Conclusion
We have provided the complete solution for the History question paper of SUNDARBAN ADARSHA VIDYAMANDIR on this page. We hope these questions and answers will be extremely helpful for your Madhyamik 2026 exam preparation. Reading every chapter of History thoroughly and remembering accurate facts is crucial. With regular practice, you will surely be able to achieve good results. We wish you all a very bright and successful future.
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