Industrial Revolution Britain Leads the Way Chapter 5, Section 2.

Industrial Revolution

Britain Leads the Way

Chapter 5, Section 2

Focus Question

What key factors allowed Britain to lead the way in the Industrial Revolution?

Why did Britain become the First Country to Industrialize?

Plentiful natural resources Ports/natural harbors to ship goods

worldwide Rivers (water for power) Canals (transport trade) Britain surrounded by sea Abundant coal supplies Supplies of iron to build machines

British Workforce

Skilled mechanics and ready workforce Population explosion led to high demand for goods Available money Overseas trade contributed to prosperous British economy

Other factors contributed to the rise of industries in Great Britain

Capital

Plenty capital (money) to loan and invest in new factories, mines, railroads, and enterprises (a business organization)

British Parliament

Stable government and political system in Britain that supported economic growth

Other countries were experiencing revolutions that destabilized the government

Powerful British Navy

Strong navy to protect British trade, her empire, and overseas trade

“The sun never set on the British empire”

Entrepreneurs

New entrepreneurs (assume financial risks of starting new business) emerged

Interactive Geography Map

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Textile Industry

Industrial Revolution began in British textile (cloth) industry

British merchants developed a cotton cloth industry called the putting-out system

In the putting-out system, the raw cotton was given to peasant families

Families spun the cotton into thread in their cottages and then wove the thread into home-made cloth

But production was really s-l-o-w under the putting-out system

Putting Out System

Making Cloth By Hand Was Time-Consuming and Slow

New Inventions were Needed to Speed Cloth Production

New Inventions

Faster inventions increased speed of cloth production Flying Shuttle (John Kay) Spinning Jenny – 1764 - (James Hargreaves) Water Frame – 1769 – Richard Arkwright – spinning machine

powered by water Cotton Gin – Eli Whitney – 1793 – separate seeds from raw

cotton at fast rate – cotton production increased

Cotton Gin

Flying Shuttle by John Kay (1733)

Spinning Jenny by James Hargreaves (1764)

By turning a single wheel, the operator could now spin eight threads at once. Clothing could be produced faster.

Water Frame by Richard Arkwright (1769)

The water frame was powered by water. The disadvantage was that the machine had to be next to a water source.

Cotton Gin – Eli Whitney (1793)

Eli Whitney's Cotton Gin : In 1794, Eli Whitney received a patent for his cotton gin, which separated cotton fibers from seeds. The machine's success led to both massive growth in American cotton production and a substantial increase in the importation of slave labor.

Factories

The new machines destroyed the putting out system The machines were too large to operate in a cottage setting Manufacturers built factories along rivers/streams to use water

as power source – rivers polluted with factory waste Cloth spinners/weavers operated the large machines in

factories Workers manufactured more products using machines than by

hand → the speed of cloth manufacturing increased

Transportation Problems

More goods were being produced

But transportation methods were slow and expensive

A horse and cart could only carry so many goods from one destination to another

The time to get the goods from the factory to the target destination was too long

Transportation Revolution

Need to develop faster and cheaper means to transport the machine-produced products

Turnpikes, canals, bridges, and harbors were constructed Canals cut the shipping time and thus the price of coal Development of steam locomotive caused shipping by canal to

diminish – railroads could now travel where a canal was not located

Canals vs. Railroads

Railroads could travel where canals were not located

Steam Locomotive

Steam powered locomotive – pioneered by George Stephenson

Products could be shipped quickly and cheaply over land

First major rail line – Liverpool to Manchester – opened in 1830

Railroad construction boomed in Britain and Europe

Liverpool to Manchester Railway

George Stephenson’s Steam Locomotive

Chain Reaction: Effects of Industrial Revolution

Machines produced goods faster than by hand Prices fell Lower prices made goods more affordable to more people More consumers demanded the cheaper goods Factories produced more goods and hired more workers to meet the demand New wave of economic and social changes occurred – some were good

changes – some were bad changes

Powerpoint Questions

1. What is the name of the cloth industry where families manufactured the cloth in their cottages?

2. Who invented the cotton gin? What year?

3. The world’s first major rail line stretched from ___ to ___.

4. An entrepreneur is a type of (circle one)

a. scientist

b. inventor

c. business person

d. personal secretary

Powerpoint Questions

5. The first area to go through major industrialization was ______.a. banking b. railroadsc. coal mining d. textile production

6. Which was a geographic advantage for England in the Industrial Revolution?a. coastal mountains b. moderate climatec. natural harbors d. year-round agriculture

Powerpoint Questions

7. The two essential natural resources for industrialization were

a. coal and iron. b. gold and silver.

c. water and trees. d. steel and oil.

Powerpoint Questions

8. Where were the earliest textile factories located in England?

a. near the harbors b. on farms

c. in the middle of large cities d. on the banks of rivers

9. England benefitted from an excellent transportation system that allowed goods to be transported to and from factories. These included --

a. carts, trains, and airplanes b. trains, rivers, and canals

c. ships, cars, and trains d. horses, trains, and turnpikes