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Stories from HistoryInventions and the Modern AgeD2.His.14.3-5

Steam and Factories: The Industrial Revolution

Beginning in Britain in the 1700s, machines driven by water and steam began to do work once done by hand. Factories, railways and big cities grew, and so did new problems, like children working long hours.

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In 1750, almost all cloth in Britain was spun and woven by hand, at home. A family might spin thread all winter. By 1850, huge mills full of whirring machines made more cloth in a day than a whole village could make in a year. Something big had changed.

Key idea

The Industrial Revolution began in Britain in the 1700s. Machines driven by water wheels and then by steam engines began to do work that people had done by hand. Work moved from homes into factories, people moved from farms to cities, and railways carried goods and people faster than ever.
An inventor, a factory worker and a farmer.

Steam engines burned coal to boil water; the steam pushed a piston back and forth. Thomas Newcomen built engines to pump water out of mines in 1712, and James Watt made a far better, more efficient one in the 1770s. In 1830, the first railway between two big cities, Liverpool and Manchester, opened, with steam locomotives like George Stephenson's Rocket.

Factories made goods cheaper, and over time many families became better off. But early factory work was hard and dangerous. Workers, including young children, often worked 12 or more hours a day, and city streets were crowded and dirty. Reformers pushed for change: in 1833 Britain's Factory Act limited children's working hours, and later laws required children to go to school.

The Industrial Revolution in Britain.
Steam power changed how things were made and moved.

Worked example: Faster

A hand spinner makes 1 spool of thread a day. A mill machine run by one worker makes 50 spools a day. How many hand spinners would it take to keep up?
  1. 50 ÷ 1 = 50.

Answer: 50 hand spinners.

Common mistake

Thinking James Watt invented the steam engine. Earlier engines, like Newcomen's, already pumped water from mines. Watt's engine used much less coal, which made steam power worth using almost everywhere.

Try it at home

  • Hold a race: one person makes five paper cards alone (fold, draw a star, write a name). Then a team of three makes five, each person doing one step, like a factory line. Which is faster? Which is more fun?
  • Look around your home: what was made in a factory? Is anything handmade?
Going further. Inventors (Young Learners), and The Market Revolution and Industrialization for older students. The young readers' path of Adam Smith: The Wealth of Nations starts with a pin factory. Energy and machines in Energy Changes Form (Science Explorers).

Practice

Pass with 3 right answers, the last 2 in a row. Each right answer earns 2 XP.

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