Transport and Communication (Fundamentals of Human Geography), Class 12

What Transport and Communication is about

Weightage: Fundamentals of Human Geography, Unit III: Human Activities, Transport, Communication and Trade carries 19 of the 70 theory marks; this chapter shares them with Primary Activities, Secondary Activities, Tertiary and Quaternary Activities and International Trade.Source: CBSE Geography (029) syllabus 2026-27, course structure

Key concepts

Transport, networks and choice of mode

NCERT section Transport; Modes of Transportation

Transport is a service for carrying persons and goods using humans, animals and vehicles over land, water and air; pipelines carry petroleum, natural gas and liquefied ores. It is an organised service industry including arteries, vehicles and organisations for maintenance, loading, unloading and delivery. Nations also develop transport for defence. Assured, speedy transport and efficient communication promote cooperation and unity.

Transport network: several places (nodes) joined by routes (links) in a pattern.

Choice of mode depends on the type of goods and services, costs and the mode available:

• Ocean freighters: international movement of goods.
• Roads: cheaper and faster over short distances and for door-to-door service.
• Railways: large volumes of bulky materials over long distances within a country.
• Airways: high-value, light and perishable goods.
• In a well-managed system, modes complement each other.

Evolution of land transport: humans as carriers (palanquins carried by Kahars), then pack animals, carts and wagons after the wheel; the steam engine (18th century) revolutionised transport: perhaps the first public railway opened in 1825 between Stockton and Darlington in England; railways opened continental interiors in the USA. The internal combustion engine transformed road transport. Newer: pipelines, ropeways and cableways. Old forms (porters, pack animals, carts) are the most expensive; large freighters the cheapest.

• Pack animals: horses (even in the West); dogs and reindeer pull sledges in North America, North Europe and Siberia; mules in mountains; camels in deserts; bullocks in India.

Worked example

'In a well-managed transport system, various modes complement each other.' Explain. (5 marks)

Try it first, then show the solutionSolution

1. Each mode suits different goods, distances and costs.
2. Ocean freighters handle international movement of goods cheaply.
3. Railways carry large volumes of bulky goods over long distances within countries.
4. Roads are cheaper and faster for short distances and give door-to-door service, linking farms, factories and stations.
5. Airways carry high-value, light and perishable goods quickly; pipelines carry liquids and gases continuously. Together they form an efficient chain, each covering the others' weaknesses.

Answer: Different modes suit different loads and distances, so together they move goods most efficiently.

Roads, highways and border roads

NCERT section Roads; Highways; Border Roads

Roads: most economical for short distances; freight by road gains importance for door-to-door service. Unmetalled roads fail in the rainy season; even metalled roads suffer in floods (where rail embankments help). But limited rail length cannot serve vast developing countries cheaply, so roads are vital for trade, commerce and tourism.

• Road quality varies: developed countries have motorways, autobahns (Germany) and inter-state highways.
• World motorable roads are about 15 million km; North America has 33 per cent, with the highest road density and vehicles.
• Traffic flows: congestion occurs when networks cannot cope; peaks and troughs appear at particular times (rush hours). Urban solutions: higher parking fees, mass rapid transit, better buses, expressways.

Highways: metalled roads connecting distant places for unobstructed movement: about 80 m wide with separate lanes, bridges, flyovers and dual carriageways.

• North America: highway density about 0.65 km per sq km; every place within 20 km of a highway. Trans-Canadian Highway: Vancouver to St. John's City (Newfoundland). Alaskan Highway: Edmonton to Anchorage. Pan-American Highway (largely built) will link South America, Central America and USA-Canada.
• Australia: Stuart Highway connects Darwin and Melbourne via Tennant Creek and Alice Springs.
• Europe: many vehicles, good highways, but competition from railways and waterways.
• Russia: dense network west of the Urals with Moscow as hub; Moscow-Vladivostok Highway serves the east; railways more important.
• China: highways link Tsungtso, Shanghai, Guangzhou and Beijing; a new highway links Chengdu with Lhasa.
• India: the Golden Quadrilateral connects New Delhi, Mumbai, Chennai and Kolkata.
• Africa: Algiers to Conakry; Cairo to Cape Town.

Border roads: roads along international boundaries; integrate remote people with major cities and provide defence; carry goods to border villages and military camps.

Worked example

Why is road transport difficult in mountains, deserts and flood-prone areas? (3 marks)

Try it first, then show the solutionSolution

1. Roads are costly to build and maintain where the terrain is difficult, so road quality and density are low in mountains and deserts.
2. Unmetalled roads become unmotorable in the rainy season, and even metalled roads are badly affected during heavy rain and floods.
3. In mountains, routes are often blocked by landslides, avalanches or heavy snow (as noted for the Himalayas), making air transport the only alternative at times.

Answer: Costly construction, seasonal unusability and frequent blockages limit roads in such regions.

Railways

NCERT section Railways

Railways carry bulky goods and passengers over long distances. Gauges: broad (more than 1.5 m), standard (1.44 m, used in the UK), metre (1 m) and smaller. Commuter trains are popular in the UK, USA, Japan and India. About 13 lakh km of railways are open worldwide.

Europe: one of the densest networks (about 4,40,000 km, mostly double or multi-tracked); Belgium has the highest density (1 km per 6.5 sq km). Rail heads: London, Paris, Brussels, Milan, Berlin, Warsaw. Passenger traffic often exceeds freight; underground railways in London and Paris; the Channel Tunnel connects London and Paris. Trans-continental lines have lost importance to air and road.

Russia: railways carry about 90 per cent of transport; dense network west of the Urals; Moscow is the main rail head.

North America: nearly 40 per cent of world rail length; used more for long-distance bulky freight (ores, grain, timber, machinery) than passengers; densest in East Central USA and adjoining Canada. In Canada, railways are public sector; transcontinental lines carry wheat and coal.

Australia: about 40,000 km, 25 per cent in New South Wales; the west-east line runs Perth to Sydney. New Zealand: mainly North Island.

South America: densest in the Pampas and Brazil's coffee region (40 per cent of route length); Chile links coast with mines; one trans-continental route: Buenos Aires to Valparaiso through the Uspallata Pass (3,900 m).

Asia: densest in Japan, China and India; West Asia least developed (deserts, sparse population).

Africa: only 40,000 km, of which South Africa has 18,000 km (gold, diamond, copper mining). Routes: Benguela Railway (Angola to the Katanga-Zambia Copper Belt), Tanzania Railway (Copper Belt to Dar-es-Salaam), line through Botswana and Zimbabwe, and the Blue Train (Cape Town to Pretoria).

Worked example

Compare the use of railways in Europe and North America. (3 marks)

Try it first, then show the solutionSolution

1. Europe has one of the densest networks (about 4,40,000 km, mostly multi-tracked), with Belgium having the highest density.
2. In many European countries passenger transport is more important than freight, with underground and commuter railways.
3. North America has nearly 40 per cent of the world's rail length but uses it mainly for long-distance bulky freight like ores, grain, timber and machinery.

Answer: Europe's dense network mainly carries passengers; North America's extensive network mainly carries bulky freight.

Trans-continental railways

NCERT section Trans-Continental Railways

Trans-continental railways run across a continent, linking its two ends; built for economic and political reasons.

1. Trans-Siberian Railway (Russia): from St. Petersburg (west) to Vladivostok (Pacific coast) via Moscow, Ufa, Novosibirsk, Irkutsk, Chita and Khabarovsk. The longest (9,332 km) and most important in Asia; double-tracked and electrified. Opened its Asian region to West European markets; crosses the Urals, Ob and Yenisei; Chita is an agro-centre, Irkutsk a fur centre. Links south to Odessa, Baku, Tashkent, Ulan Bator, Shenyang and Beijing.

2. Trans-Canadian Railway: 7,050 km from Halifax (east) to Vancouver (Pacific) via Montreal, Ottawa, Winnipeg and Calgary. Built in 1886, initially to make British Columbia join the federation; later connected the Quebec-Montreal industrial region, the Prairie wheat belt and the coniferous forest region, making them complementary. A loop from Winnipeg to Thunder Bay joins the Great Lakes waterway. The economic artery of Canada; exports wheat and meat.

3. Union and Pacific Railway (USA): New York to San Francisco via Cleveland, Chicago, Omaha, Evans, Ogden and Sacramento; exports ores, grain, paper, chemicals and machinery.

4. Australian Trans-Continental Railway: west-east across the south from Perth to Sydney via Kalgoorlie, Broken Hill and Port Augusta; a north-south line joins Adelaide and Alice Springs, to be linked to the Darwin-Birdum line.

5. Orient Express: Paris to Istanbul via Strasbourg, Munich, Vienna, Budapest and Belgrade; London-Istanbul cut to 96 hours from 10 days by sea; exports cheese, bacon, oats, wine, fruits, machinery.

Proposed: a Trans-Asiatic Railway from Istanbul to Bangkok via Iran, Pakistan, India, Bangladesh and Myanmar.

Worked example

Describe the Trans-Siberian Railway and its significance. (3 marks)

Try it first, then show the solutionSolution

1. It runs from St. Petersburg in the west to Vladivostok on the Pacific coast via Moscow, Ufa, Novosibirsk, Irkutsk, Chita and Khabarovsk.
2. At 9,332 km it is the longest double-tracked, electrified trans-continental railway in the world and the most important route in Asia.
3. It opened Russia's Asian region to West European markets, with links south to Odessa, Baku, Tashkent, Ulan Bator and Beijing.

Answer: Russia's 9,332 km St. Petersburg-Vladivostok line, linking Asian Russia with European markets.

Sea routes and coastal shipping

NCERT section Water Transport; Sea Routes; Coastal Shipping

Advantages of water transport: no route construction needed (only ports at both ends); oceans are linked and navigable; much cheaper because water friction is far less than land; lower energy cost. Ocean transport is the cheapest haulage of bulky material over long distances between continents. Modern ships have radar, wireless, refrigerated chambers, tankers, specialised ships and containers.

Important sea routes (Fig. 7.9):
1. Northern Atlantic (Big Trunk Route): links north-eastern USA and north-western Europe; one-fourth of world foreign trade; the busiest route.
2. Mediterranean-Indian Ocean: through the heart of the Old World; serves more countries and people than any other; ports Port Said, Aden, Mumbai, Colombo, Singapore; the Suez Canal shortened it versus the Cape route.
3. Cape of Good Hope: links Western Europe with West Africa, South Africa, South-east Asia, Australia and New Zealand; rising trade from resources like gold, diamond, copper, tin, groundnut, oil palm, coffee and fruits.
4. Southern Atlantic: Western Europe and West Africa with Brazil, Argentina and Uruguay; less traffic due to limited development; little traffic between Rio de Janeiro and Cape Town (similar products).
5. North Pacific: routes converge at Honolulu; the Great Circle route links Vancouver and Yokohama; ports: Vancouver, Seattle, Portland, San Francisco, Los Angeles; Yokohama, Kobe, Shanghai, Hong Kong, Manila, Singapore.
6. South Pacific: Western Europe and North America with Australia, New Zealand and Pacific islands via the Panama Canal; Panama-Sydney 12,000 km; Honolulu is important.

Coastal shipping: convenient for countries with long coastlines (USA, China, India) and for European states; if developed, it can reduce congestion on land routes.

Worked example

Why is the North Atlantic sea route called the Big Trunk Route? (3 marks)

Try it first, then show the solutionSolution

1. It links north-eastern USA and north-western Europe, the two most industrially developed regions.
2. Foreign trade over this route is greater than the rest of the world combined; one-fourth of world foreign trade moves on it.
3. It is the busiest route, with highly advanced ports and harbours on both coasts.

Answer: Because it carries the largest share of world trade between two industrial cores.

Shipping canals: Suez and Panama

NCERT section Shipping Canals

The Suez and Panama canals are vital man-made waterways serving as gateways of commerce for East and West.

Suez Canal:

• Built in 1869 in Egypt between Port Said (north) and Port Suez (south), linking the Mediterranean and Red Sea.
• Gives Europe a new gateway to the Indian Ocean; shortens Liverpool-Colombo compared with the Cape route.
• A sea-level canal without locks, about 160 km long and 11-15 m deep; about 100 ships a day, each taking 10-12 hours.
• Tolls are so heavy that some ships prefer the longer Cape route when delay does not matter.
• A railway runs along it to Suez; a branch from Ismailia to Cairo; a fresh-water canal from the Nile joins at Ismailia to supply Port Said and Suez.

Panama Canal:

• Connects the Atlantic (east) and Pacific (west) across the Panama Isthmus between Panama City and Colon; built by the US government, which purchased 8 km on either side (the Canal Zone).
• About 72 km long with a very deep cutting of 12 km; a six-lock system lifts ships 26 m up and down before the Gulf of Panama.
• Shortens New York-San Francisco by 13,000 km; also Western Europe-US west coast and US-East Asia.
• Its economic significance is less than Suez, but it is vital to Latin America.

Worked example

Compare the Suez Canal and the Panama Canal. (5 marks)

Try it first, then show the solutionSolution

1. Location: Suez in Egypt links the Mediterranean and Red Sea (Port Said to Port Suez); Panama links the Atlantic and Pacific (Panama City to Colon).
2. Structure: Suez is a sea-level canal without locks (about 160 km); Panama is about 72 km with a six-lock system lifting ships 26 m.
3. Age and builder: Suez built in 1869; Panama built by the US government, which bought an 8 km Canal Zone on either side.
4. Benefits: Suez gives Europe a short route to the Indian Ocean (Liverpool-Colombo); Panama shortens New York-San Francisco by 13,000 km.
5. Significance: Suez is economically more significant (about 100 ships daily, though heavy tolls); Panama is vital to Latin America.

Answer: Suez is a lock-free sea-level canal of greater global importance; Panama is a shorter lock canal vital to the Americas.

Inland waterways

NCERT section Inland Waterways

Rivers, canals, lakes and coasts have long been waterways. Development depends on navigable width and depth, continuity of flow and transport technology. Rivers are the only transport in dense forests; heavy cargo (coal, cement, timber, ores) moves cheaply. In India, riverways were ancient highways but declined due to railway competition, water diverted for irrigation and poor maintenance. Developed countries improve navigability by dredging, stabilising banks and building dams and barrages.

Major inland waterways:

• Rhine: through Germany and the Netherlands; navigable 700 km from Rotterdam to Basel (Switzerland); ocean-going vessels reach Cologne. The Ruhr joins from the east through a rich coalfield; Dusseldorf is its Rhine port. The world's most heavily used waterway: over 20,000 ocean-going ships and 2,00,000 inland vessels a year; connects the industrial zones of the Netherlands, Belgium, France, Germany and Switzerland to the North Atlantic route.
• Danube: serves Eastern Europe; rises in the Black Forest, flows east; navigable up to Taurna Severin; exports wheat, maize, timber, machinery.
• Volga: 11,200 km navigable, drains into the Caspian Sea; Volga-Moscow Canal and Volga-Don Canal (to the Black Sea).
• Great Lakes-St. Lawrence Seaway: Lakes Superior, Huron, Erie and Ontario linked by the Soo Canal and Welland Canal; with the St. Lawrence estuary forms a unique commercial waterway; ports Duluth and Buffalo have ocean-port facilities; ocean vessels go up to Montreal, where rapids require trans-shipment; canals 3.5 m deep bypass them.
• Mississippi-Ohio: links interior USA with the Gulf of Mexico; large steamers reach Minneapolis.

Worked example

Why is the Rhine waterway the world's most heavily used? (3 marks)

Try it first, then show the solutionSolution

1. It is navigable for 700 km from Rotterdam to Basel, and ocean-going vessels reach Cologne.
2. It serves the rich Ruhr coalfield and manufacturing region (Dusseldorf) and industrial areas of Switzerland, Germany, France, Belgium and the Netherlands.
3. It connects these with the North Atlantic route; over 20,000 ocean-going ships and 2,00,000 inland vessels exchange cargo each year.

Answer: Its long navigable length through Europe's industrial heartland linked to the Atlantic makes it the busiest.

Air transport and pipelines

NCERT section Air Transport; Pipelines

Air transport: fastest but very costly; preferred for long-distance travel; moves valuable cargo rapidly; often the only means to reach inaccessible areas (Eskimos in northern Canada; Himalayan areas blocked by landslides, avalanches or snow). It has caused a connectivity revolution, overcoming mountains, snowfields and deserts; it also has strategic importance. Needs elaborate infrastructure (hangars, landing, fuelling, maintenance); airports are very expensive, so developed more in industrialised countries.

• No place is more than 35 hours away. The UK pioneered commercial jets; the USA developed post-War civil aviation; over 250 airlines operate; supersonic aircraft cross London-New York in about 3.5 hours.
• Inter-continental air routes: a distinct east-west belt in the Northern Hemisphere; dense networks in eastern USA, Western Europe and South-east Asia; the USA has 60 per cent of world airways. Nodal points where routes converge include Tokyo, Singapore, Bangkok, Mumbai, New Delhi, Karachi, Moscow, Rome, Frankfurt, Amsterdam, Paris, London, New York, Chicago, Los Angeles and San Francisco.
• Africa, Asiatic Russia and South America lack air services; limited services between 10-35 degrees latitude in the Southern Hemisphere (sparse population, limited land, less development).

Pipelines: carry water, petroleum and natural gas for uninterrupted flow; also LPG and liquefied coal; in New Zealand, milk flows by pipeline from farms to factories.

• USA: dense oil pipeline network; Big Inch carries petroleum from Gulf of Mexico oil wells to the north-eastern states; about 17 per cent of freight tonne-km goes by pipeline.
• In Europe, Russia, West Asia and India, pipelines connect oil wells with refineries, ports or markets. Turkmenistan has pipelines to Iran and China. The proposed Iran-India via Pakistan pipeline would be the longest in the world.

Worked example

Which are the major regions of the world with a dense network of airways? (3 marks)

Try it first, then show the solutionSolution

1. Inter-continental air routes form a clear east-west belt across the Northern Hemisphere.
2. Dense networks exist in eastern USA, Western Europe and South-east Asia; the USA alone has 60 per cent of world airways.
3. Nodal points include New York, London, Paris, Frankfurt, Moscow, New Delhi, Mumbai, Singapore and Tokyo; Africa, Asiatic Russia and South America lack services.

Answer: Eastern USA, Western Europe and South-east Asia, along a Northern Hemisphere east-west belt.

Communications: satellites and cyberspace

NCERT section Communications; Satellite Communication; Cyber Space - Internet

Telegraph and telephone: the telegraph helped colonise the American West; AT&T had a monopoly over US telephones; the telephone aided US urbanisation (headquarters in cities, branches in towns). It is still the most used mode; in developing countries cell phones (via satellites) aid rural connectivity.

Optic fibre cables (OFC): the first major breakthrough; carry large data rapidly, securely and virtually error-free. With digitisation in the 1990s, telecommunication merged with computers into the Internet.

Satellite communication: since the 1970s, after the USA and former USSR pioneered space research. Satellites connect remote corners and make the unit cost and time of communication invariant with distance: communicating over 500 km costs the same as 5,000 km. Cell phone calls, SMS and cable TV use satellites.

• India: Aryabhatt (19 April 1975), Bhaskar-I (1979), Rohini (1980), APPLE (19 June 1981, via Ariane rocket); Bhaskar, Challenger and INSAT I-B made long-distance communication, TV and radio effective; TV weather forecasting is a boon.

Cyberspace (Internet): the electronic computerised space of the Internet and the World Wide Web; the digital world for communicating or accessing information without physical movement of sender and receiver; exists everywhere.

• Users: under 50 million (1995), about 400 million (2000), over two billion (2010) and about 5.4 billion (2023). The US share fell from 66 per cent (1995) to 25 per cent (2005); most users are now in the USA, UK, Germany, Japan, China and India.
• Cyberspace will expand economic and social space through e-mail, e-commerce, e-learning and e-governance. Modern communication, more than transport, has made the global village a reality.

Worked example

In what ways will cyberspace expand the economic and social space of humans? (3 marks)

Try it first, then show the solutionSolution

1. Cyberspace lets people communicate and access information without physically moving, anywhere, anytime.
2. It expands economic and social space through e-mail, e-commerce, e-learning and e-governance.
3. With billions of users (about 5.4 billion in 2023), the Internet with fax, TV and radio makes the global village a reality.

Answer: Through e-mail, e-commerce, e-learning and e-governance, connecting people beyond place and time.

Transport and Communication in real life

Each concept, met in an everyday situation. Read the situation, answer the question in your own words, then compare with the model answer. The one-line hook is what to remember.

Topics in this chapter

• Transcontinental Railways
• Shipping Canals and Inland Waterways
• Satellite Communication and Cyber Space

Transport and Communication: key facts

Mode suitability

Ocean: international goods; Road: short distance, door-to-door; Rail: bulky, long distance; Air: high-value, light, perishable

Modes complement each other.

Key highways

Trans-Canadian (Vancouver-St John's); Alaskan (Edmonton-Anchorage); Pan-American; Stuart (Darwin-Melbourne); Moscow-Vladivostok; Chengdu-Lhasa; Golden Quadrilateral; Algiers-Conakry; Cairo-Cape Town

North America: 0.65 km per sq km.

Rail facts

World	13 lakh km
Europe	4,40,000 km
Belgium	1 km per 6.5 sq km
Russia	90% of transport
North America	40% of world length
Africa	40,000 km (South Africa 18,000)

Standard gauge 1.44 m (UK).

Trans-continental railways

Trans-Siberian: St Petersburg-Vladivostok (9,332 km); Trans-Canadian: Halifax-Vancouver (7,050 km, 1886); Union Pacific: New York-San Francisco; Australian: Perth-Sydney; Orient Express: Paris-Istanbul

Map: terminal stations.

Sea routes

• •North Atlantic (Big Trunk, 1/4 trade)
• •Mediterranean-Indian
• •Cape of Good Hope
• •South Atlantic
• •North Pacific (Honolulu)
• •South Pacific (Panama-Sydney 12,000 km)

Vancouver-Yokohama Great Circle.

Suez Canal

1869; Port Said-Suez; ~160 km; no locks; 11-15 m deep; ~100 ships/day; 10-12 hours

Heavy tolls.

Panama Canal

Panama City-Colon; ~72 km; six locks (26 m); 8 km Canal Zone; New York-San Francisco shortened by 13,000 km

Vital to Latin America.

Inland waterways

Rhine (Rotterdam-Basel 700 km; busiest); Danube; Volga (11,200 km); Great Lakes-St Lawrence (Soo, Welland canals); Mississippi-Ohio

Map: Suez, Panama, Rhine, St Lawrence.

Air

USA 60% of airways; dense: eastern USA, Western Europe, SE Asia; none more than 35 hours away

Gaps: Africa, Asiatic Russia, South America.

Pipelines

Big Inch (Gulf of Mexico to NE USA); 17% US freight tonne-km; milk in New Zealand; proposed Iran-Pakistan-India

Uninterrupted flow.

Communication

OFC; Internet (1990s); satellites since 1970s; India: Aryabhatt 1975, Bhaskar-I 1979, Rohini 1980, APPLE 1981, INSAT I-B

Internet users 5.4 billion (2023).

Transport and Communication: map work

The places on the official CBSE map list for this chapter. Find each one on an outline map of India and practise marking it.

How the board asks Transport and Communication

The question patterns to expect, and the method that works for each.

Tricks to remember Transport and Communication

Short memory aids. Say each one aloud once, then use it on a question the same day.

• Trans-continental terminals

  "SV, HV, PS": St Petersburg-Vladivostok, Halifax-Vancouver, Perth-Sydney.

  Use it when: World map terminals.

• Canals

  "Suez: Sea-level, Sixty-nine (1869); Panama: Push-up locks (six)".

  Use it when: Canal facts.

• Sea routes

  "NA-MI-CG-SA-NP-SP".

  Use it when: Six sea routes.

• India's satellites

  "A-B-R-A": Aryabhatt 75, Bhaskar 79, Rohini 80, APPLE 81.

  Use it when: Satellite dates.

Transport and Communication: board-level solved questions

Ordered from board level to HOTS. Cover the solution, write your own, then compare step by step.

Case-study practice (Section E style)

Read the situation, then answer every part. In the board paper this is a 3-mark question split into 1 + 1 + 1 marks.

Where the marks are

How a typical answer is split into step marks. Show every step: a right final answer alone rarely earns full marks.

Where students lose marks in Transport and Communication

The slips examiners see most often, and what to write instead.

• ✗Mistake: Wrong terminals of trans-continental railways

  Several lines.

  ✓Do this: Trans-Siberian: St. Petersburg-Vladivostok; Trans-Canadian: Halifax-Vancouver; Australian: Perth-Sydney.

  Usually costs: 1 mark per map item.

• ✗Mistake: Giving Suez locks

  Panama has locks.

  ✓Do this: Suez is a sea-level canal without locks; Panama has six locks.

  Usually costs: 1 mark.

• ✗Mistake: Writing 'Cologne' as a South American port

  Typo in the syllabus PDF.

  ✓Do this: The South American port is Colon (Panama); Cologne is a Rhine city in Germany.

  Usually costs: 1 mark in map questions.

• ✗Mistake: Confusing the two transport chapters

  Same name in two books.

  ✓Do this: This chapter is world transport (Fundamentals of Human Geography); India's transport is in India: People and Economy.

  Usually costs: Relevance.

NCERT exercise guide: Transport and Communication

What each exercise in the NCERT chapter tests, how to approach it, and a question of the same kind solved step by step. Questions here are written in our own words.

Practice questions on Transport and Communication

Write each answer on paper first. Open the hint only if you are stuck, and the answer only when you have finished.

1. Q1 · 1 mark · MCQBoard level

   Which country has the highest density of railway network, according to the textbook?
   (a) Brazil
   (b) USA
   (c) Belgium
   (d) Russia

   Hint

   1 km per 6.5 sq km.

   Answer

   (c) Belgium.

2. Q2 · 1 mark · MCQBoard level

   The Channel Tunnel links:
   (a) London and Berlin
   (b) Paris and London
   (c) Berlin and Paris
   (d) Barcelona and Berlin

   Hint

   Euro Tunnel Group.

   Answer

   (b).

3. Q3 · 1 mark · Assertion-reasonHarder board level

   Assertion (A): Russia's highways are less important than its railways.
   Reason (R): Russia's vast geographical area makes railways more suitable for long-distance transport.
   Choose (a)-(d).

   Hint

   Railways carry 90% of transport.

   Answer

   (a) Both are true and R explains A.

4. Q4 · 1 mark · MCQHarder board level

   Which waterway is linked by the Soo and Welland canals?
   (a) Rhine
   (b) Volga
   (c) Great Lakes-St. Lawrence
   (d) Mississippi-Ohio

   Hint

   North America.

   Answer

   (c).

5. Q5 · 3 marks · Short answerBoard level

   What are the advantages of water transport? (3 marks)

   Hint

   Routes, friction, energy.

   Answer

   It needs no route construction, since oceans are linked and navigable; only ports are needed at both ends. It is much cheaper because water friction is far less than land friction, and its energy cost is lower. It is the cheapest way to carry bulky material over long distances between continents; inland waterways also carry heavy cargo like coal, cement, timber and ores.

6. Q6 · 3 marks · Short answerHOTS / competency

   Suppose a remote Himalayan village is cut off for weeks every winter by snow and landslides, and a patient needs urgent hospital care. Which mode of transport is most suitable and why? What are its limitations? (3 marks)

   Hint

   Inaccessible areas.

   Answer

   Air transport (such as a helicopter) is most suitable, as it is the fastest and often the only means to reach inaccessible areas when Himalayan routes are blocked by landslides, avalanches or snow. Its limitations are very high cost and the need for infrastructure such as landing, fuelling and maintenance facilities.

7. Q7 · 3 marks · Short answerHarder board level

   Describe any two important African railway routes. (3 marks)

   Hint

   Copper belt.

   Answer

   The Benguela Railway runs through Angola to the Katanga-Zambia Copper Belt. The Tanzania Railway runs from the Zambian Copper Belt to Dar-es-Salaam on the coast. (Others: the line through Botswana and Zimbabwe linking landlocked states to South Africa, and the Blue Train from Cape Town to Pretoria.) Africa has only 40,000 km of railways, 18,000 km in South Africa because of mining.

8. Q8 · 5 marks · Long answerHOTS / competency

   Explain the changes brought by optic fibre cables and the Internet in communication. (5 marks)

   Hint

   OFC, digitisation, users.

   Answer

   Optic fibre cables were the first major breakthrough: telephone companies upgraded copper cables to OFC, which transmit large quantities of data rapidly, securely and virtually error-free. With digitisation in the 1990s, telecommunication merged with computers to form the Internet. Cyberspace lets people communicate and access information without physically moving, anywhere. Users grew from under 50 million (1995) to about 5.4 billion (2023), with the US share falling from 66 to 25 per cent by 2005 as developing countries joined. E-mail, e-commerce, e-learning and e-governance expand economic and social space, making the global village a reality.

Test your recall

Answer in your head or on paper first, then open the card. Pulling an answer out of memory makes it stick far better than re-reading.

1. 1.Where did perhaps the first public railway open?Show answer

   Between Stockton and Darlington in northern England, in 1825.

2. 2.What is the world's motorable road length and North America's share?Show answer

   About 15 million km; North America accounts for 33 per cent.

3. 3.How wide are highways typically?Show answer

   About 80 m, with separate lanes, bridges, flyovers and dual carriageways.

4. 4.Which pass does the Buenos Aires-Valparaiso railway use?Show answer

   The Uspallata Pass (3,900 m).

5. 5.What share of US freight tonne-km goes by pipeline?Show answer

   About 17 per cent.

6. 6.How many Internet users were there in 2023?Show answer

   About 5.4 billion.

Quick revision checklist

The night before the exam: can you do each of these without looking?

• ☐Can you explain which goods suit which mode?
• ☐Can you list major highways of each continent?
• ☐Can you explain border roads?
• ☐Can you give rail facts for Europe, Russia, North America and Africa?
• ☐Can you name the terminals of five trans-continental railways?
• ☐Can you describe six sea routes?
• ☐Can you compare Suez and Panama canals?
• ☐Can you describe the Rhine, Volga and St. Lawrence waterways?
• ☐Can you explain the air route belt and pipelines?
• ☐Can you explain OFC, satellites and cyberspace?

Transport and Communication: frequently asked questions