TOPIC 1. THE INDUSTRIAL REVOLUTION
1. What the Industrial Revolution was
The Industrial Revolution was:
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A profound transformation in:
1. Production,
2. Society,
3. Economy and
4. Technology
Began in Great Britain around the 1760s.
It marked the transition
FROM:
manual,
TO:
mechanised,
rural,
urban,
craft-based
factory-based
production.
production.
The introduction of machinery:
1. Increased productivity,
2. Reduced costs and
3. Transformed living conditions.
Compared with the Neolithic Revolution, because both introduced a new mode of
production that reshaped society.
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Neolithic period: created agricultural societies.
Industrial Revolution created: industrial and capitalist societies.
Several factors explain why Britain industrialised first.
1. The country had abundant coal and iron, crucial to:
a. Building machines and
b. Operating steam engines.
2. There was also a large concentration of capital, accumulated through:
a. Maritime trade,
b. Colonial commerce and
c. Financial institutions.
3. British politics favoured liberalism, meaning:
a. The defence of private property,
b. Free trade,
c. and the idea that economic activity should remain free from government
intervention.
This helped create a strong capitalist system, with entrepreneurs able to invest
in technological innovation.
4. James Watt’s improvement of the steam engine in 1769, which allowed
factories to:
a. Operate machines with reliable power and
b. Made steam transport possible.
Key terms
Industrial Revolution, mechanisation, factory system, steam engine, productivity,
capitalism, liberalism, Neolithic Revolution.
Timeline
1760s: Beginning of industrialisation in Britain
1769: James Watt’s improved steam engine
2. Causes: The Agrarian Revolution
A major cause of the Industrial Revolution was the Agrarian Revolution (eighteenth
century in Britain):
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Agriculture was reorganised:
- Increasing agricultural productivity and
- Providing both food for:
- A growing population and
- Labour for emerging factories.
Parliament enacted Enclosure Acts:
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Privatised open fields and common lands. These enclosures:
- Created large estates and
- Allowed landowners to introduce new techniques.
- However, they displaced many small farmers,
rural-to-urban migration.
contributing
to
New farming methods transformed production.
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The medieval system of leaving land fallow gave way to four-field crop rotation,
which kept soil fertile.
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Increased efficiency with innovations such as:
1. Jethro Tull’s seed drill,
2. improved fertilisers, and
3. the introduction of new crops.
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As production grew, food supply became more stable and population
increased, creating:
1. Demand for manufactured goods
2. Also pushing workers toward the cities.
Key terms
Here all terms appear logically: Agrarian Revolution, enclosures, crop rotation,
seed drill, fallow, fertiliser, agricultural productivity, rural-to-urban migration.
Timeline
Early 1700s: Enclosure Acts
Mid-1700s: Spread of crop rotation and machinery Late 1700s: Migration to industrial cities.
3. Demographic growth (during 18 and 19 century)
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During the eighteenth and nineteenth centuries, Europe experienced
unprecedented demographic growth.
This was essential for industrialisation because growing populations meant:
1. A larger labour force and
2. Greater demand for manufactured goods.
Mortality rates, including infant mortality, declined due to:
1. More reliable food supplies,
2. better hygiene,
3. small scientific advances and
4. the disappearance of major recurring epidemics.
Since birth rates remained high, population rose sharply.
This demographic pressure made it difficult to find work in rural regions, which
contributed to urbanisation.
Growing cities became the centres of industrial employment.
Key terms
Demographic growth, mortality rate, infant mortality, demand, labour force,
urbanisation.
Timeline
1750–1850: Rapid European population growth
Late 18th–early 19th century: Growth of industrial cities
Mid-1700s: Spread of crop rotation and machinery
Late 1700s: Migration to industrial cities
4. Capital and Liberal Economic thought
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The Industrial Revolution developed in a context shaped by liberal economic theory,
which:
1. Defended free trade,
2. Private property, and
3. Minimal state intervention (laissez-faire).
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These ideas were popularised by thinkers such as Adam Smith, whose work highlighted
the role of supply and demand in regulating markets in Wealth of Nations (1776).
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Such doctrines encouraged investment in:
1. Factories,
2. Machinery and
3. Transport.
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Capital accumulation grew quickly because profits were reinvested in industry.
However, the liberal system also produced social inequalities, as workers lacked legal
protection.
Key terms
All terms now appear: capital, free trade, private property, laissez-faire, supply and
demand, profit, capitalism.
Timeline
1776: Adam Smith’s Wealth of Nations
Early 19th century: Spread of capitalist free-trade models
5. Machines, factories and industrial activities
The introduction of machinery created:
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The factory system, in which production was concentrated, mechanised and
organised around steam power.
- Factories required large amounts of coal, making mining essential.
- The steam engine was also used in transport and metallurgy.
The textile industry was the first to industrialise.
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Cotton replaced wool, and
Innovations:
- Spinning jenny, and
- Power loom multiplied output.
The iron and steel industry also modernised:
- Coke-fired blast furnaces produced pig iron, and
- The puddling process of 1793 allowed for the production of wrought iron, vital for:
- Machinery,
- Construction and
- Railways.
Key terms
All ideas have been added: factory system, mechanisation, spinning jenny, flying
shuttle, power loom, coal, pig iron, wrought iron, steam engine.
Timeline
1760s–1780s: Textile inventions.
1780s–1800s: Spread of steam-powered factories
6. Transport Revolution
Industrialisation demanded faster and cheaper transport.
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Major innovation was the railway, powered by steam locomotives.
Rail transport:
○ Reduced costs,
○ Encouraged national markets and
○ Supported heavy industry.
The Rocket locomotive (1829) symbolised this transformation.
Britain also built an extensive canal network to move heavy goods.
In maritime transport, steamships and later ocean-going vessels:
- Increased global trade and
- Connected distant regions.
Key terms
Now present in the text: Transport Revolution, railway, locomotive, canal system,
steamship, infrastructure, mobility.
Timeline
1825–1830: Earliest commercial railways
Mid-19th century: Railway expansion across Europe
Late 19th century: Steam navigation consolidates
7. Expansion of the Industrial Revolution in Europe
Industrialisation expanded first to the “first comers”: Belgium, France and Germany.
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Belgium industrialised rapidly due to its mineral resources and steel industry.
France followed due to agricultural reforms and moderate political stability.
Germany industrialised later but faster.
- The regions of the Ruhr, Saar and Silesia had rich mineral deposits.
- The Zollverein (1834) created a large unified customs market, accelerating
industrial growth.
Southern and eastern Europe industrialised more slowly, due to:
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Limited resources,
Feudal structures,
Small domestic markets and landownership patterns
that discouraged capitalist investment.
Key terms
All key terms included: first comers, Zollverein, customs union, feudal structures,
unified market, mineral resources.
Timeline
1830s–1840s: Early industrialisation in Belgium, France and Germany
Mid-19th century: German industrial acceleration
Southern and eastern Europe industrialised more slowly, due to limited resources, feudal
structures, small domestic markets and landownership patterns that discouraged capitalist
investment.
Key terms
All key terms included: first comers, Zollverein, customs union, feudal structures,
unified market, mineral resources.
Timeline
1830s–1840s: Early industrialisation in Belgium, France and
Germany Mid-19th century: German industrial acceleration
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