The Industrial Revolution: flashcards, quiz and summary

Flashcards

1. 1What was the Industrial Revolution, and where did it begin?

   It was the shift from hand tools and home production to machines, factories and new power sources. It began in Britain around 1750 to 1850 and then spread to Western Europe, the United States and later Japan.

2. 2Why did Britain industrialize before other countries?

   Britain had plenty of coal, iron ore and waterways, plus capital from trade and banks. It also had colonies that supplied cotton and large overseas markets, stable government with laws protecting property and patents, and a growing population of workers pushed off the land.

3. 3How did the agricultural revolution help make industrialization possible?

   New methods like Jethro Tull's seed drill and crop rotation with turnips and clover produced more food, so the population grew and fewer farmworkers were needed. Enclosure pushed many small farmers off the land and into towns for factory work.

4. 4How did the putting-out system work, and why did it change?

   Merchants gave materials to households, where spinners and weavers did the work at home. Machines like the water frame were too big for a cottage, so production moved into factories where workers and machines were brought together.

5. 5What did James Watt change about the steam engine?

   Watt added a separate condenser, which saved fuel compared with Newcomen's engine. With Matthew Boulton, he adapted the engine to drive machinery, so factories no longer had to be built beside rivers.

6. 6Why were the flying shuttle and the spinning jenny both important?

   The flying shuttle made weaving faster, which created a demand for more thread. The spinning jenny let one worker spin several threads at once, helping spinning keep up with weaving.

7. 7What did the Factory Act of 1833 and the Mines Act of 1842 do?

   The Factory Act limited child labor in textile mills and created inspectors to enforce the law. The Mines Act banned women, girls and young boys from working underground in mines.

8. 8What did Adam Smith and Karl Marx argue about industrial economies?

   Adam Smith argued in The Wealth of Nations (1776) that free markets with little government interference produce the best results. Marx and Engels argued in The Communist Manifesto (1848) that class struggle between owners and workers would lead to revolution.

9. 9Why did the second industrial revolution matter, and what drove it?

   From about 1870 to 1914, cheap steel from the Bessemer process, electricity from power plants and electric motors, and oil with gasoline engines transformed industry. Germany and the United States became the leading industrial powers.

10. 10Why is the effect of industrialization on living standards debated?

    Industrialization raised output and eventually living standards, but early workers faced 12 to 16 hour days, dangerous machines, low pay, disease and child labor. Historians disagree about how fast wages rose and how much workers gained in the short term.

Practice quiz

Pick an answer to check it.

1. 1What did James Watt contribute to the steam engine?

   1. He developed the Bessemer process to make cheap steel.
   2. He invented the first steam engine, which pumped water from mines.
   3. He improved Newcomen's engine with a separate condenser that saved fuel.
   4. He built the first factory powered by water wheels.
   Show the answer

   C. He improved Newcomen's engine with a separate condenser that saved fuel. Newcomen built the early engine in 1712. Watt improved it with a separate condenser, patented in 1769, and later adapted it to drive machinery. He did not invent the steam engine.

2. 2Which invention made weaving faster and increased the demand for thread?

   1. The spinning jenny
   2. The cotton gin
   3. The water frame
   4. The flying shuttle
   Show the answer

   D. The flying shuttle John Kay's flying shuttle (1733) sped up weaving, so spinners had to produce more thread. The spinning jenny and water frame sped up spinning, not weaving.

3. 3Why did Arkwright's water frame lead to the first factories?

   1. It replaced the need for raw cotton in textile production.
   2. It ran on coal, so it had to be built near mines.
   3. It was too big to fit in a cottage and needed water power.
   4. It was a hand tool that let families spin at home more quickly.
   Show the answer

   C. It was too big to fit in a cottage and needed water power. The water frame was water-powered and too large for a home, so it had to be housed in a mill, which started the factory system.

4. 4Which law limited child labor in textile mills and created inspectors to enforce the rules?

   1. The enclosure acts of Parliament
   2. The Factory Act of 1833
   3. The Mines Act of 1842
   4. The Combination Acts
   Show the answer

   B. The Factory Act of 1833 The Factory Act of 1833 limited child labor in textile mills and created inspectors. The Mines Act of 1842 covered underground mining, and the Combination Acts banned unions until 1824.

5. 5According to some historians, what factor helped make labor-saving machines pay off in Britain?

   1. Cheap coal and high wages
   2. A shortage of banks and investment capital
   3. A falling population that pushed wages up
   4. A weak navy that did not protect trade routes
   Show the answer

   A. Cheap coal and high wages Some historians argue that cheap coal combined with high wages made labor-saving machines profitable. Others stress colonial trade and profits tied to slavery as key advantages.

6. 6What was the main importance of the Bessemer process (1856)?

   1. It was the first steam engine used to pump water from mines.
   2. It made steel cheap enough for railroads, bridges and skyscrapers.
   3. It allowed oil to be used in gasoline engines.
   4. It was the first practical electric light bulb.
   Show the answer

   B. It made steel cheap enough for railroads, bridges and skyscrapers. The Bessemer process made steel cheap, which supported railroads, bridges and skyscrapers. Edison's light bulb (1879) and the early oil well (1859) belong to different developments.

Test traps

What teachers like to test on this, and the mistakes students make.

• Mixing up who invented the steam engine: Newcomen built the early engine in 1712, and Watt improved it with a separate condenser. Saying Watt invented it loses the mark.
• Swapping the flying shuttle and the spinning jenny. The shuttle sped up weaving, while the jenny and water frame sped up spinning.
• Confusing the Factory Act of 1833 with the Mines Act of 1842. The first limited child labor in textile mills, and the second banned women, girls and young boys from underground work.
• Mixing up the two waves. The first ran on textiles, coal and steam, and the second on steel, electricity and oil. Dates matter: the second is about 1870 to 1914.
• Giving one cause of British industrialization as the only cause. Essays are marked for explaining several causes and for noting that historians disagree about their weight.

Summary

• The Industrial Revolution moved production from hand tools and home workshops to machines, factories and new power sources.
• Britain industrialized first because it had coal and iron, capital from trade, colonies that supplied raw materials and markets, stable government and a growing labor force.
• The agricultural revolution and enclosure produced more food with fewer farmworkers and pushed many small farmers toward factory towns.
• Textiles were the first industry to mechanize, with the flying shuttle, spinning jenny and water frame each speeding up a different step of cloth making.
• James Watt's separate condenser made the steam engine far more fuel-efficient, and his adaptation for driving machinery freed factories from rivers.
• Factories, canals and railroads cut production and shipping costs and increased demand for coal and iron.
• Rapid urbanization brought crowded housing, disease, long workdays and child labor, which led to laws such as the Factory Act of 1833 and the Mines Act of 1842.
• The second industrial revolution, from about 1870 to 1914, was driven by cheap steel, electricity and oil, and Germany and the United States became leaders.

Key terms

Enclosure

The process by which landowners fenced common land and combined scattered strips into large private farms, often through acts of Parliament. Many small farmers lost their land and moved to towns for factory work.

Putting-out system

A pre-factory method in which merchants supplied materials to households, where workers such as spinners and weavers did the work at home for pay.

Flying shuttle

John Kay's 1733 invention that made weaving faster, which increased demand for thread.

Spinning jenny

James Hargreaves's invention of about 1764 that let one worker spin several threads at once.

Water frame

Richard Arkwright's 1769 water-powered spinning machine. It was too large for a cottage, so it led to the first factories.

Separate condenser

James Watt's improvement to Newcomen's steam engine, patented in 1769, which saved fuel by keeping the cylinder hot.

Factory Act (1833)

A British law that limited child labor in textile mills and created inspectors to enforce the rules.

Luddites

Workers from 1811 to 1816 who smashed machines in protest against the job losses and low pay that machines brought.

Laissez-faire

Adam Smith's idea, from The Wealth of Nations (1776), that markets work best with little government interference.

Bessemer process

An 1856 method that made steel cheap enough to use for railroads, bridges and skyscrapers.

How to study it

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