Q.(a) Analyse five main factors affecting location of industries in the world.
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🔒 Start your 14-day free trial to unlock the full solution →Part (a)Concept understanding — Industrial Location Factors
Imagine you want to set up a new factory. You have the money, the machinery, and the idea. But where do you actually build it? That decision — choosing the right place — is often the difference between a business that thrives and one that struggles. This is the core of Industrial Location Factors.
At its simplest, an industrial location factor is any condition that influences where a factory or industry chooses to set up shop. Think of it as a checklist of "what does this factory need to survive and make a profit?" The goal is to find a location where the costs of running the business are as low as possible, and the ability to sell the product is as high as possible.
Why does location matter so much?
A factory is not a magic box. It needs raw materials to arrive, workers to run it, power to keep it humming, and a way to get the finished product to customers. Every kilometre that raw materials or finished goods travel costs money. Every hour a worker spends commuting costs time and energy. Every place has different rules, different taxes, and different access to markets. A good location minimises these frictions. A bad one can bankrupt a business before it even starts.
The NCERT textbook (Class 12 Geography, Chapter 6) groups these factors into two broad categories: Geographical Factors (things tied to the land) and Economic Factors (things tied to money and people). Let's break them down.
The Key Factors (as per NCERT)
1. Raw Material
This is often the first thing a factory owner thinks about. If you are making steel, you need iron ore and coal. If you are making sugar, you need sugarcane. Industries that use heavy, bulky, or perishable raw materials tend to locate close to the source of those materials. It is cheaper to move the finished product (which is lighter or less bulky) than to move the raw material. For example, sugar mills are almost always in sugarcane-growing regions because sugarcane is heavy and spoils quickly.
2. Power (Energy)
Factories need energy — electricity, coal, oil, or natural gas. Industries that consume huge amounts of power, like aluminium smelters or fertiliser plants, will locate near a reliable and cheap source of energy. In India, many heavy industries were historically set up near coal fields (like the Damodar Valley region) for this reason.
3. Labour
People are needed to run the machines. Some industries need a large number of unskilled or semi-skilled workers (like textile mills). Others need a small number of highly skilled engineers and technicians (like a software company). The availability, cost, and skill level of labour in a region is a major factor. A factory will not set up in a place where there are no workers willing to work at the wages it can pay.
4. Market
The market is where the finished goods are sold. If your product is fragile (like glass), bulky (like furniture), or perishable (like bread), you want to be close to your customers. Even for other goods, being near a large population centre (a city) means lower transport costs and faster sales. This is why many consumer goods factories are located near big cities.
5. Transport
This is the bridge between raw materials, factory, and market. A location with good road, rail, or port connections is a huge advantage. If raw materials or finished goods cannot move easily and cheaply, the factory will struggle. Coastal locations are often favoured because sea transport is the cheapest for heavy goods.
6. Land
A factory needs a flat piece of land, large enough for the building and future expansion. It also needs to be affordable. Land in a crowded city centre is too expensive for a large factory, so many industries locate on the outskirts or in designated industrial zones.
7. Government Policies …
Part (b)Concept understanding — Basic Industries
Let’s start with something you already know. When you buy a packet of biscuits, you’re buying a finished product. But that biscuit came from a factory that used flour, sugar, oil, and packaging. Those ingredients themselves came from other factories — a flour mill, a sugar refinery, a packaging plant. Now, where did those factories get their machines? From a factory that makes industrial machinery. And where did that machinery factory get its steel? From a steel plant.
That steel plant is a basic industry.
The core idea
A basic industry is one whose output becomes the raw material for many other industries. It doesn’t produce things you buy directly off a shelf. Instead, it produces the foundation on which other industries build. Think of it as the industry that makes the “ingredients” for other industries.
The NCERT textbook (Class 11, Economics: Indian Economic Development) puts it clearly: basic industries are those that supply their products as raw materials for other industries. The most famous example is the iron and steel industry. Steel goes into cars, buildings, bridges, machines, tools, and countless other products. Without steel, most modern manufacturing would stop.
Other examples include:
- Copper smelting — copper is used in electrical wiring, electronics, and plumbing.
- Petrochemicals — they produce plastics, synthetic fibres, and fertilisers.
- Cement — essential for construction of buildings, dams, and roads.
Why does this matter?
Basic industries are the backbone of industrial development. A country that has a strong basic industry sector can produce its own capital goods (machines, tools, equipment) and doesn’t have to depend entirely on imports. This is why India, after independence, focused heavily on building basic industries like steel plants (Bhilai, Rourkela, Durgapur) and heavy engineering units.
Basic industries are often capital-intensive (require huge investment) and have a long gestation period (take years to become profitable). But once established, they create a ripple effect — they enable dozens of downstream industries to grow, generate employment, and reduce import dependence.
A quick distinction …
Part (a)
Five main factors affecting the location of industries:
- Raw materials — weight-losing and bulky raw materials (iron ore, sugarcane) pull industry towards their source to save transport cost.
- Power/energy — a reliable, cheap energy supply (coal, hydel, petroleum, electricity) is essential; early industry clustered on coalfields.
- Labour — availability of adequate, skilled or cheap labour attracts industries; labour-intensive industries seek populous regions.
- Market — nearness to markets lowers distribution cost, especially for perishable or heavy finished goods and consumer industries.
- Transport and communication — good road, rail, port and communication links are needed to assemble inputs and distribute products; industries grow at nodal points. …
Part (a): five main factors of industrial location are raw materials, power, labour, market and transport (with capital and policy supporting).
Part (b): by raw material, industries are agro-based, mineral-based, chemical-based, forest-based and animal-based.
Part (a)
Industries do not locate at random; their site is decided by a balance of factors that minimise cost and maximise profit. Five main factors stand out.
- Raw materials. Industries that use heavy, bulky or weight-losing raw materials locate near the source to cut transport cost — iron and steel mills near coal and iron ore, sugar mills in cane-growing tracts, since delay reduces sucrose. Perishable inputs likewise pull industry to the source.
- Power. A steady and cheap supply of energy is essential to run machines. The early Industrial Revolution was tied to coalfields; later, hydroelectricity and petroleum freed industry to spread, but reliable electricity remains decisive for aluminium and other energy-intensive units.
- Labour. Industries need an adequate supply of labour of the right kind — cheap and abundant for textiles and assembly work, skilled and educated for engineering and high-tech units. Regions with dense, trainable populations attract labour-intensive industry.
- Market. Nearness to the market lowers distribution cost, especially where the finished product is heavy, fragile or perishable (bread, furniture) or serves a large urban demand. Industries producing consumer goods gravitate to populous, high-income regions.
- Transport and communication. Efficient road, rail, waterway and port links, backed by good communication, are needed to bring in raw materials and send out products. Industries therefore concentrate at nodal points, junctions and port cities where accessibility is greatest. …
Showing the 12 most recent of 15 on this concept.
- CBSE 2026Set 64/2/11 markMCQQ.Which one of the following is an example of non-metallic mineral based industry ? (A) Aluminium industry (B) Iron and Steel industry (C) Copper industry (D) Cement industry
›Reveal solutionSolution
Non-metallic mineral based industries use minerals that do not contain metals as raw materials. Cement is made from limestone and clay — both non-metallic — so the correct answer is (D) Cement industry.
The key idea here is the classification of industries based on the type of raw material they use. A "mineral based industry" is one that uses minerals as its primary input. But minerals themselves are divided into two broad categories: metallic minerals (like iron ore, bauxite, copper ore) and non-metallic minerals (like limestone, clay, mica, gypsum, sand).
So the question is really asking: which of these four industries uses a non-metallic mineral as its main raw material?
Let’s check each option.
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Aluminium industry — The raw material is bauxite, which is a metallic mineral (it contains aluminium metal). So this is a metallic mineral based industry.
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Iron and Steel industry — The raw material is iron ore, a metallic mineral. Again, metallic mineral based.
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Copper industry — Uses copper ore, a metallic mineral. Same category. …
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- CBSE 2026Set 64/3/11 markMCQQ.Which of the following are the true characteristics of cottage manufacturing ? Choose the most appropriate option. I. The artisans use local raw materials. II. The products of these units are supplied at distant markets. III. Most of the times, the family members work in these units. IV. The finished products like mats, bricks, pottery, etc. are some important examples. Options : (A) Only I, II and III are correct. (B) Only I, III and IV are correct. (C) Only I, II and IV are correct. (D) Only II, III and IV are correct.
›Reveal solutionSolution
Cottage manufacturing is small-scale, home-based production using local materials and family labor, with products typically sold locally or regionally. Statements I, III, and IV correctly describe it; statement II (distant markets) is generally false. The answer is (B).
Cottage manufacturing represents the oldest and most decentralized form of industrial organization. Understanding its characteristics requires distinguishing it from modern factory production and even from small-scale industries that serve wider markets.
The defining feature of cottage manufacturing is that production happens in the home (the "cottage"), using simple tools and techniques passed down through generations. The scale is tiny, the capital investment minimal, and the entire operation revolves around the household as both the unit of production and the unit of labor.
Let me examine each statement against this framework:
Statement I: The artisans use local raw materials.
This is fundamentally true. Cottage industries emerged precisely because communities had access to specific local resources. A potter works with clay from nearby deposits, a weaver uses locally grown cotton or wool, a basket-maker gathers reeds or bamboo from the surrounding area. The entire economic logic of cottage manufacturing depends on transforming readily available local materials into useful products without the need for long supply chains or capital to purchase distant inputs.
Statement II: The products of these units are supplied at distant markets.
This is where cottage manufacturing differs sharply from organized small-scale industry. Cottage products are almost always sold locally or at most regionally—in the village itself, at nearby weekly markets, or to neighboring towns. The artisan lacks the capital, transportation networks, and marketing infrastructure to reach distant markets. When cottage products do travel far, it is usually through intermediaries or traders, not through the artisan's own efforts. The statement as written suggests the cottage units themselves supply distant markets, which misrepresents the typical pattern.
Statement III: Most of the times, the family members work in these units. …
- CBSE 2026Set 64/3/11 markMCQQ.Which of the following factors are involved in large-scale manufacturing ? Choose the most appropriate option. I. Variety of raw material II. Advanced technology III. Semi-skilled worker IV. Large investment Options : (A) Only I, II and III are correct. (B) Only I, III and IV are correct. (C) Only I, II and IV are correct. (D) Only II, III and IV are correct.
›Reveal solutionSolution
Large-scale manufacturing requires a variety of raw materials, advanced technology, and large investment — but not semi-skilled workers, who are more typical of small-scale or cottage industries.
To understand why option (C) — Only I, II and IV are correct — is the right answer, we need to step back and think about what large-scale manufacturing actually means. This is not just about making things in big quantities; it is about a whole system of production that is capital-intensive, technologically sophisticated, and dependent on a steady, diverse supply of inputs.
Variety of raw material (I) is essential because large-scale industries typically produce complex goods — think of an automobile plant, a steel mill, or a pharmaceutical factory. Each of these requires many different raw materials: iron ore, coal, limestone, manganese, and more for steel; dozens of chemical compounds for medicines; steel, glass, rubber, plastics, and electronics for cars. A single raw material source would never be enough to sustain such operations. So yes, variety is a must.
Advanced technology (II) is equally non-negotiable. Large-scale manufacturing relies on automated machinery, assembly lines, computer-controlled processes, and often robotics. This technology ensures precision, speed, and consistency that human hands alone cannot achieve at that scale. Without advanced technology, production would be slow, error-prone, and unable to meet the massive demand that large-scale industries are designed to serve.
Large investment (IV) is the backbone of the entire operation. Setting up a large-scale factory requires enormous capital — for land, buildings, machinery, raw material procurement, skilled labour, research, marketing, and distribution. This is not a business you start with savings from a small shop. Banks, corporations, or governments must put in crores or even thousands of crores of rupees. Without large investment, none of the other factors can come together.
Now, what about semi-skilled worker (III)? This is the tricky one. Semi-skilled workers — those with some training but not full expertise — are indeed found in many industries. But in large-scale manufacturing, the dominant workforce is actually a mix of highly skilled technicians, engineers, and managers (who handle advanced technology) and unskilled labourers (for simple, repetitive tasks). Semi-skilled workers are more characteristic of small-scale or medium-scale industries, where automation is limited and workers need to do a bit of everything. In large-scale setups, the advanced technology itself reduces the need for semi-skilled labour — machines do the work that semi-skilled workers might do elsewhere. …
- CBSE 2025Set 64/4/11 markMCQQ.Two statements are given below. They are Assertion (A) and Reason (R). Read both the statements carefully and choose the correct option. Assertion (A) : Foot loose industries can be located in a wide variety of places. Reason (R) : Location of foot loose industries is determined by transport network accessibility. Options : (A) Both (A) and (R) are true and (R) is the correct explanation of (A). (B) Both (A) and (R) are true, but (R) is not the correct explanation of (A). (C) (A) is incorrect, but (R) is correct. (D) (A) is correct, but (R) is incorrect.
›Reveal solutionSolution
Foot loose industries are not tied to raw materials or heavy inputs, so they can locate almost anywhere; transport accessibility helps but is not the decisive factor that explains their wide locational choice.
The idea of a foot loose industry is one of the most freeing concepts in industrial geography. Unlike heavy industries that must huddle near coal mines, iron ore deposits, or ports to keep transport costs low, foot loose industries produce goods that are light, compact, and high in value relative to their weight. Think of electronics assembly, diamond cutting, software development, or precision instruments. The raw materials they use are often small and easily shipped, and the finished product is even more valuable per kilogram. This means the cost of moving either inputs or outputs is a tiny fraction of the total production cost — so the factory does not have to be anchored to any particular resource.
Because of this, foot loose industries can indeed be located in a wide variety of places. A company making microchips can set up in a bustling city, a quiet suburb, a special economic zone, or even a remote town — as long as it can get a reliable supply of electricity, clean water, and skilled workers. The assertion (A) is therefore correct. …
- CBSE 2024Set 64/1/11 markMCQQ.Synthetic fibre and plastic manufacturing is an example of which one of the following ? (A) Mineral-based industry (B) Chemical-based industry (C) Forest-based industry (D) Animal-based industry
›Reveal solutionSolution
Synthetic fibre and plastic manufacturing is classified as a chemical-based industry because it relies on chemical processes and raw materials derived from petrochemicals.
To understand why synthetic fibre and plastic manufacturing falls under chemical-based industry, we first need to look at how industries are generally classified based on the raw materials they use. This is one of the most common ways to group industries in economic geography.
Industries are often divided into four broad categories by raw material source: agro-based (using agricultural products like cotton, jute, or sugarcane), mineral-based (using minerals like iron ore or coal), forest-based (using wood or forest products), and animal-based (using animal products like leather or wool). But there is a fifth category that is crucial here: chemical-based industry.
Chemical-based industries are those that use chemical processes to transform raw materials. The key raw materials for synthetic fibres and plastics are not directly from farms, mines, forests, or animals. Instead, they come from petrochemicals — substances derived from crude oil and natural gas. These petrochemicals, such as naphtha and ethylene, are processed through complex chemical reactions (polymerisation, for example) to create long-chain molecules called polymers. These polymers are then spun into fibres (like polyester, nylon, or acrylic) or moulded into plastics.
NoteWhile the initial source of petrochemicals is crude oil (a mineral), the industry is not classified as mineral-based. Mineral-based industries typically involve the direct processing of ores or minerals into metals or cement. The transformation in synthetic fibre and plastic manufacturing is fundamentally a chemical one, not a metallurgical or mechanical one.
Let us look at the other options to see why they do not fit:
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(A) Mineral-based industry: This category includes industries like iron and steel, aluminium smelting, and cement manufacturing. They directly process minerals extracted from the earth. While crude oil is a mineral, the synthetic fibre industry does not use it directly; it uses its chemical derivatives. The defining characteristic here is the nature of the process — chemical synthesis, not mineral extraction or smelting.
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(C) Forest-based industry: These industries depend on raw materials from forests, such as timber for furniture, paper from wood pulp, or bamboo for products. Synthetic fibres and plastics have no connection to forest products. …
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- CBSE 2024Set 64/1/11 markMCQQ.Choose the correct option regarding mining towns of India : (A) Kandla, Kochchi and Kozhikode (B) Ankaleshwar, Singrauli and Digboi (C) Mumbai, Salem and Modinagar (D) Varanasi, Roorki and Aligarh
›Reveal solutionSolution
Mining towns are settlements that develop around mineral extraction. Among the given options, only Ankaleshwar (oil), Singrauli (coal), and Digboi (oil) are all mining towns, making option (B) correct.
The question tests your ability to identify towns whose primary economic base is mining or quarrying of minerals. A mining town is not just any town that happens to have a mine nearby — it is a settlement that grew specifically because of mineral extraction, often planned around the mine or oilfield. The key is to check each town in the options against this definition.
Let’s examine each option:
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Option (A): Kandla, Kochchi, Kozhikode
Kandla is a major port town (handling cargo, not mining). Kochchi (Kochi) is a port city and commercial hub. Kozhikode is a historical trading port. None of these are mining towns — they are port/coastal cities.
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Option (B): Ankaleshwar, Singrauli, Digboi
- Ankaleshwar (Gujarat): Grew around the Ankaleshwar oilfield, one of India’s oldest onshore oil-producing regions. It is a classic mining town (petroleum extraction).
- Singrauli (Madhya Pradesh/Uttar Pradesh border): A major coal-mining and thermal power hub. The town developed due to vast coal reserves.
- Digboi (Assam): India’s oldest oilfield and refinery town, established in the late 19th century. Entirely a petroleum mining settlement. All three are unequivocally mining towns.
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Option (C): Mumbai, Salem, Modinagar
Mumbai is a financial and commercial capital, not a mining town (though it has a port). Salem is an industrial city (steel, textiles) but not primarily a mining settlement — though it has nearby mineral deposits, the town itself is not a mining town. Modinagar is an industrial town (sugar, textiles) with no mining base. So this option fails.
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Option (D): Varanasi, Roorki, Aligarh …
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- CBSE 2024Set 64/1/11 markMCQQ.Read the given statement carefully and answer the question that follows : Which among the following group of industries are the major source of water pollution ? Choose the most appropriate option. (A) Leather, pulp and paper (B) Iron, copper and sugar (C) Sugar, petrochemical and fertilizer (D) Cotton textile, chemical and power plant
›Reveal solutionSolution
The industries that are the major source of water pollution are leather, pulp and paper, along with chemicals, fertilizers, and petrochemicals — those that discharge heavy organic loads, toxic chemicals, and non-biodegradable wastes.
To understand which industries are the worst offenders for water pollution, you first need to recall the concept of industrial location factors — but here the focus shifts to the environmental impact of that location. Industries are not just placed near raw materials or markets; they also release effluents into rivers, lakes, and groundwater. The key question is: which industries produce the most harmful liquid waste?
The answer lies in the nature of the raw materials and processes involved. Industries that use large amounts of water and chemicals, or that process organic matter (like animal hides or wood pulp), tend to generate highly polluted wastewater. This wastewater often contains high biological oxygen demand (BOD), toxic heavy metals, acids, alkalis, and suspended solids.
Let’s examine the options:
- Leather, pulp and paper — Tanneries use chromium and other chemicals to treat hides; the wastewater is dark, foul-smelling, and loaded with toxic metals and organic matter. Pulp and paper mills discharge lignin, bleaching agents, and suspended solids that deplete oxygen in water bodies. These are classic, well-documented water polluters.
- Iron, copper and sugar — Iron and copper smelting produce more air pollution (particulates, sulfur dioxide) than water pollution, though some heavy metals can leach. Sugar mills generate organic waste (bagasse, molasses) but the pollution is largely biodegradable and less toxic than leather or paper waste.
- Sugar, petrochemical and fertilizer — Petrochemical and fertilizer industries are indeed major water polluters (hydrocarbons, nitrates, phosphates), but sugar is relatively less harmful. This mix is not the most consistently severe across all three.
- Cotton textile, chemical and power plant — Textile dyeing releases synthetic dyes and heavy metals; chemical plants produce a wide range of toxic effluents; power plants (especially thermal) discharge hot water and some ash slurry. This is a strong contender, but the combination in option (A) — leather, pulp and paper — is more universally recognised as the most concentrated source of toxic, high-BOD, and metal-laden wastewater. …
- CBSE 2024Set 64/2/11 markMCQQ.Two statements are given below. They are Assertion (A) and Reason (R). Read both the statements carefully and choose the correct option : Assertion (A) : Foot loose industries can be located in a wide variety of places. Reason (R) : The important factor in the location of foot loose industries is accessibility by transport network. Options : (A) Both (A) and (R) are true and (R) is the correct explanation of (A). (B) Both (A) and (R) are true, but (R) is not the correct explanation of (A). (C) (A) is true, but (R) is false. (D) (A) is false, but (R) is true.
›Reveal solutionSolution
Footloose industries are not tied to raw materials or heavy inputs, so they can be set up in many locations; transport access is the key factor that makes this flexibility possible.
The idea of footloose industries comes straight from the geography of industrial location. Most industries are "weight-losing" or "bulk-gaining" — they need to be near raw materials, power sources, or large markets to keep transport costs low. A steel plant, for example, sits close to iron ore and coal because hauling those heavy ores over long distances would be ruinously expensive. Footloose industries are the opposite. They use light, high-value inputs and produce small, valuable outputs. Think of electronics assembly, diamond cutting, software development, or precision instruments. The raw materials are not heavy, the finished product is not heavy, and the production process does not consume vast amounts of power or water. So the factory can go almost anywhere — a city, a small town, a special economic zone — as long as one condition is met.
That condition is transport connectivity. Because the inputs and outputs are light, the cost of moving them is not a barrier. But the factory still needs to receive components and ship out finished goods reliably. A diamond polisher in Surat needs a steady flow of rough stones from abroad and a way to send polished gems to Mumbai or Antwerp. A software firm in Bengaluru needs fast internet and air links for its engineers and clients. So the critical factor is not proximity to a coal mine or a port, but access to a transport network — roads, railways, airports, or a combination. Without that, even a footloose industry cannot function.
NoteThe term "footloose" itself suggests freedom of movement. These industries are not anchored by geography; they are anchored by connectivity. …
- CBSE 2023Set 64/2/11 markMCQQ.Which among the following is NOT the mineral based industry ? (A) Iron and steel (B) Aluminium (C) Cement (D) Salt
›Reveal solutionSolution
Mineral-based industries use minerals as their raw material. Salt is obtained from seawater or mines but is not processed into a manufactured good in the same way — it is a direct consumable. The correct answer is (D) Salt.
The key idea here is the definition of a mineral-based industry. In geography and economics, industries are classified by the source of their raw materials. A mineral-based industry is one that uses minerals (metallic or non-metallic) as its primary raw material to produce other goods. Think of it as a transformation process: you take a mineral from the earth and turn it into something else — steel from iron ore, aluminium from bauxite, cement from limestone and clay.
Now, let’s check each option against this definition.
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Iron and steel industry — This is the classic example. Iron ore (a mineral) is smelted with coal and limestone to produce steel. The raw material is a mineral, and the output is a manufactured product. Clearly a mineral-based industry.
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Aluminium industry — Aluminium is extracted from bauxite ore (a mineral) through electrolysis. Again, a mineral is the raw material, and the output is a refined metal. This is also a mineral-based industry.
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Cement industry — Cement is made by heating limestone (a mineral) with clay at high temperatures. The raw materials are minerals, and the process yields a construction material. So this too is a mineral-based industry. …
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- CBSE 2023Set 64/2/11 markMCQQ.Read the following statements regarding open-cast mining and choose the correct option : I. This is the cheapest way of mining. II. The output is in large quantity. III. It requires specially designed lifts, drills. IV. It requires special ventilation system. Options : (A) Only I and II are correct (B) Only III and IV are correct (C) Only I and III are correct (D) Only II and IV are correct
›Reveal solutionSolution
Open-cast mining is generally the cheapest method for extracting large quantities of minerals near the surface, as it avoids the complex infrastructure of underground operations. Therefore, statements I and II are correct.
Open-cast mining, also known as open-pit or open-cut mining, is a surface mining technique where minerals are extracted from an open pit or borrow. This method is typically employed when mineral deposits are found relatively close to the Earth's surface and are spread over a large area. Understanding its fundamental characteristics helps in evaluating the given statements.
Here's a breakdown of each statement:
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Statement I: "This is the cheapest way of mining."
Open-cast mining generally involves removing the overlying rock and soil (overburden) to expose the mineral deposit. Compared to underground mining, it avoids the high costs associated with constructing and maintaining shafts, tunnels, and extensive support systems deep below the surface. While it requires significant earth-moving equipment, the overall cost per unit of mineral extracted is often lower, especially for large, shallow deposits. This makes it an economically attractive method for many types of mineral extraction.
- Conclusion: Statement I is correct.
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Statement II: "The output is in large quantity."
Open-cast mines are designed to extract vast quantities of ore or coal. The large scale of operations, utilizing massive excavators, dump trucks, and other heavy machinery, allows for very high production rates. This method is particularly suited for low-grade, high-volume deposits where extracting a large amount of material is necessary to achieve economic viability.
- Conclusion: Statement II is correct.
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Statement III: "It requires specially designed lifts, drills." …
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- CBSE 2023Set 64/3/11 markMCQQ.Which one of the following features is correct about cottage industries ? (A) It is a large manufacturing unit. (B) Raw material is imported from outside markets. (C) Goods produced by them have low commercial significance. (D) Finished products are sold in the open market.
›Reveal solutionSolution
Cottage industries are small-scale, home-based production units where finished goods are sold directly in the open market, not large factories with imported raw materials or low-value output.
To understand why option (D) is correct, we need to step back and look at what cottage industries actually are. These are not the massive factories you might picture in an industrial estate. Instead, think of a potter shaping clay in a corner of his home, a weaver working on a handloom in a village courtyard, or a family making papads and pickles in their kitchen. That is the essence of a cottage industry — production carried out by hand, often by family members, within the premises of the worker's own home.
The key feature here is the scale and location. Because the unit is tiny and based at home, it uses very little capital and simple tools. The raw materials are almost always locally available — clay for the potter, cotton yarn for the weaver, spices and lentils for the food-maker. There is no question of importing raw materials from distant or foreign markets; that would defeat the whole purpose of a low-cost, local operation. So option (B) is wrong.
Now, what about commercial significance? You might think that because these are small, their goods don't matter much in the economy. That is a common misunderstanding. In India, cottage industries produce a vast range of goods — textiles, handicrafts, food products, wooden items — and they employ millions of people, especially in rural areas. Their output is sold in local markets, sometimes even exported. They have enormous commercial significance, both as a source of livelihood and as a contributor to the country's GDP. So option (C) is incorrect.
NoteThe term "cottage industry" is often confused with "small-scale industry." The difference is that a small-scale industry may use power-driven machines and be located in a shed or factory, while a cottage industry is strictly home-based and largely manual. …
- CBSE 2023Set 64/3/11 markMCQQ.Which one of the following features is correct about large scale industries ? (A) Raw material is procured locally. (B) Large number of unskilled workers work in them. (C) They do not require advanced technology. (D) They require large amount of capital investment.
›Reveal solutionSolution
Large-scale industries are characterized by their extensive operations and high output, which inherently demand significant financial resources. The correct feature is that they require a large amount of capital investment.
Large-scale industries are distinct from small-scale industries primarily due to their size of operation, production volume, and the resources they employ. Understanding these fundamental differences helps in identifying their key characteristics. These industries typically involve complex production processes, cater to wider markets, and have a substantial impact on the economy.
Let's evaluate each option to determine the correct feature:
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Analyze Option (A): Raw material is procured locally.
Large-scale industries often require vast quantities of raw materials, or highly specialized raw materials. While some industries, like cement or sugar, might be located close to their raw material sources to minimize transport costs, many others procure raw materials from diverse, sometimes global, locations. For example, an automobile manufacturer might source components from various countries. Therefore, local procurement is not a universal or defining feature of all large-scale industries.
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Analyze Option (B): Large number of unskilled workers work in them.
Large-scale industries do employ a significant workforce due to their extensive operations. However, modern large-scale industries, especially those involving advanced manufacturing, often rely heavily on automation and sophisticated machinery. This necessitates a workforce that includes a substantial number of skilled and semi-skilled workers to operate, maintain, and manage these complex systems. While unskilled labor might be present, it's not the sole or defining characteristic of their workforce, and the proportion can vary greatly.
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Analyze Option (C): They do not require advanced technology. …
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