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Unit 6 · Topic 6.3

6.3 Second Wave Industrialization and Its Effects

From about 1870 to 1914, a Second Industrial Revolution built on steel, chemicals, electricity and the internal combustion engine. It made Germany an industrial giant, created huge corporations, and brought a new consumer culture of department stores, advertising and mass leisure.

Key terms

  • Second Industrial Revolution
  • Bessemer process
  • steel
  • electricity
  • internal combustion engine
  • consumer culture

New industries

The first Industrial Revolution ran on coal, iron, steam and cotton. The second added new technologies that often depended on scientific research, not just practical tinkering.

  • Steel: Henry Bessemer's converter (patented 1856) blew air through molten iron to burn off impurities, making steel cheap enough for rails, ships, bridges and weapons. Later methods let steelmakers use the phosphorus-rich iron ore of Lorraine.
  • Chemicals: synthetic dyes, fertilizers, medicines and explosives. German firms such as BASF and Bayer led the world, backed by university-trained chemists.
  • Electricity: dynamos produced power for factories, electric lighting (Thomas Edison and Joseph Swan each made working light bulbs around 1879), electric trams and subways.
  • Internal combustion engine: Nikolaus Otto built a practical gas engine in 1876, Karl Benz built a gasoline-powered car in 1886, and Rudolf Diesel developed his engine in the 1890s.
  • Communications and transportation: the electric telegraph (in wide use from the 1840s, with a lasting transatlantic cable from 1866), the telephone (1876), Guglielmo Marconi's wireless radio signal across the Atlantic (1901), electric streetcars, bicycles, steamships, and the airplane, which Louis Blériot flew across the English Channel in 1909. Together with the railroads, these links knit each country's regions into one national market and tied Europe into worldwide trade.
  • Food: refrigerated railcars and ships, canning and home iceboxes brought cheaper meat, milk and processed foods to city dwellers.

Germany catches Britain

After unification in 1871, Germany combined Ruhr coal, Lorraine iron ore, a large educated workforce, technical schools, research labs and big investment banks. By about 1900 it produced more steel than Britain and dominated chemicals and electrical goods. Firms like Krupp (steel and arms), Siemens and AEG (electrical) became world names.

Britain was still rich, but its older factories and its reliance on coal and textiles made it look slower. This shift in economic power fed the Anglo-German rivalry that you will see again in the naval race before World War I (7.3).

Big business

Steel mills and chemical plants cost far more than a cotton mill, so business organization changed. Joint-stock companies with limited liability let many investors buy shares without risking everything they owned. Firms grew through mergers, and in Germany producers formed cartels, agreements among companies to fix prices and split up markets.

A long slump in prices from 1873 to the mid-1890s, sometimes called the Long Depression, pushed many governments back toward protection. Germany adopted tariffs in 1879 and France in 1892, while Britain kept free trade. This is a useful contrast with the free-trade optimism of the mid-century.

Mass production and consumer culture

Factories now produced standardized goods in huge quantities, and real wages for many workers rose late in the century as prices fell. That created a mass market. Department stores such as the Bon Marché in Paris and later Selfridges in London sold ready-made goods at fixed, marked prices, with window displays designed to make shopping a pleasure. Advertising, brand names and mail-order catalogs spread.

Shoppers could now buy ready-to-wear clothes, canned and packaged foods, and machines that saved household work, such as the sewing machine. Leisure became an industry too. Railways carried working families to seaside resorts, professional football leagues drew big crowds (England's Football League started in 1888), cheap newspapers reached millions, and bicycles gave young people, including women, new freedom. A new lower middle class of clerks, shop assistants, teachers and typists, many of them women, grew with offices and stores.

Population and health

Industrialization, combined with better harvests from commercial farming and cheap food carried by rail and steamship, supported rapid population growth. Europe's population roughly doubled over the 1800s. Life expectancy rose and infant mortality fell, especially after cities improved sanitation late in the century (6.9).

Why it matters later

The Second Industrial Revolution supplied the tools of the New Imperialism (steamships, telegraph cables, machine guns; see 7.6) and the weapons of World War I (artillery, gas, submarines; see 8.2). It also widened the gap between industrial northwestern Europe and the rest of the continent.

Worked examples

Try each one yourself first, then open the solution.

  1. Example 1

    First versus second industrial revolution

    Explain ONE way the Second Industrial Revolution (c. 1870–1914) differed from the first.

    Show the solution
    1. Step 1: Choose a clear category: the key industries, the role of science, the size of firms, or which country led.
    2. Step 2: State the contrast with specific examples on both sides.
    3. Step 3: Explain why the difference mattered.

    Answer: The first industrial revolution centered on coal, iron, steam power and textiles, developed mostly by practical inventors in Britain, while the second centered on steel, chemicals and electricity and depended on scientific research and huge investment. Germany, with its university-trained chemists and large banks, led industries like synthetic dyes and electrical equipment, which helped it overtake Britain in steel by about 1900.

Common mistakes

  • Putting the Bessemer process or electricity in the first industrial revolution. Both belong to the second wave after the mid-1800s.
  • Assuming Britain stayed the clear industrial leader until 1914. Germany passed it in steel and led in chemicals and electrical goods.
  • Ignoring consumers. The exam treats mass consumption, department stores and leisure as part of this topic, not just new machines.

On the exam

  • Use this topic as context for imperialism and for the arms race before 1914; examiners like seeing that economic change drove political rivalry.
  • Sources may be advertisements or images of department stores. Connect them to mass production and the growing middle class.

Connected topics

Videos

  • The SECOND Industrial Revolution & Its EFFECTS [AP Euro Review, Unit 6 Topic 3]

    Heimler's HistoryWatch on YouTube (opens in a new tab)

  • The Second Industrial Revolution

    Tom RicheyWatch on YouTube (opens in a new tab)

  • AP Euro: Second Industrial Revolution

    AP Euro Bit by Bit with Paul SargentWatch on YouTube (opens in a new tab)

Check yourself

5 questions on 6.3 Second Wave Industrialization and Its Effects. Pick an answer to see if you got it, and why.

Question 1 of 5

Which of the following was a key feature of the Second Industrial Revolution after about 1870?

Question 2 of 5

Which of the following was a social effect of the Second Industrial Revolution in the late 1800s?

YearGreat Britain (millions of metric tons)Germany (millions of metric tons)
18801.30.7
18903.62.2
19005.06.6
19137.717.6

Approximate annual steel output, rounded. Figures compiled for this practice set from standard economic-history estimates.

Question 3 of 5

Which of the following claims is best supported by the data?

Question 4 of 5

Which of the following best explains the trend for Germany shown in the table?

Question 5 of 5

The trend shown in the table most likely contributed to which development before 1914?

0 of 5 answered