APUSH Lecture 6B Ms. Kray Some slides taken from Susan Pojer.
The Early Industrial Revolution, 1800-1850 APEURO Lecture 5D Mrs. Kray Some slides taken from Susan...
-
Upload
melina-peters -
Category
Documents
-
view
215 -
download
0
Transcript of The Early Industrial Revolution, 1800-1850 APEURO Lecture 5D Mrs. Kray Some slides taken from Susan...
The Early Industrial Revolution, 1800-1850APEURO Lecture 5D
Mrs. Kray
Some slides taken from Susan Pojer
What is the Industrial Revolution?Substitution of mineral and mechanical
energy for animal and human energy Theoretically mineral and mechanical energy
are inexhaustible while animal and human energy tires or wears out
Caused a revolution in access to the means of supporting human life Workers produced more goods and
cheaper prices Ended much of the scarcity of the Old
Regime Supported a rising standard of living
The Industrial Revolution in Great Britain
The Industrial Revolution began in Great Britain in the 1780s and on the Continent after 1815.
Reasons for British Leadership:Geographic Advantages
Island status Insulated it from continental
wars/strife No need to waste $$$ on a
standing army Free to promote an overseas empire
Availability of natural resources Coal and iron ore
No place more than 70 miles from ocean
Reasons for British Leadership:Economic Advantages
Commercial Revolution British merchants had capital for investment Great Britain had the most highly developed banking system in Europe Expanding Atlantic trade and a strong, tariff-free home market created new
demands for English manufactured goods
Agricultural Revolution Landowners experimented with new crops and new inventions which
increased production and lowered food prices More food + medical advances = reduced death rates & population explosion People didn’t need as much $$$ for food which increased demand for
manufactured goods
Strongest financial network of banks and credit institutions in the world Could supply entrepreneurs w/needed capital to industrialize
Reasons for British Leadership:Political Advantages
Those inclined to promote industry had political power in Parliament Parliament promoted industry:
Enclosure Acts, laissez-faire policies, protected private property
Also supported development of the navy and acquisition of colonies Colonies became source of raw materials
and new markets
Enclosure Movement With no land to work, small farmers
were displaced, thus forming a pool of cheap labor
Reasons for British Leadership:Social & Cultural Advantages
Enlightenment Royal society exchanged
scientific ideas British society encouraged and
rewarded inventors and entrepreneurs In Britain, aristocrats and middle-
class shared interest in commerce and profit accumulation
On the continent, pursuit of profit frowned on by elites – characteristic of “vulgar bourgeoisie”
Protestant dissenters Although there was moderate
religious toleration, dissenters were excluded from paid clergy, the university system, and government positions
Thus driven into commercial and industrial positions
“dissenting academies” emphasized practical and technical training Many early inventors came from
this group
The First Factories:
The Textile Industry Huge demand for cotton cloth
Putting out system couldn’t keep up
Prompted by huge potential profits, British entrepreneurs financed new ways of spinning and weaving cloth Technological breakthroughs paved
way for first factories By 1850s entire textile industry
mechanized
As a result of these continuous technological improvements, the output of cotton fiber from British textile factories rose dramatically 1785: 40 million yards 1850: 2 billion yards
John Kay’s Flying Shuttle, 1733
Cut the time of the weaving process in ½ So now a
single weaver could work twice as fast
Created demand for more spun yarn
James Hargreaves’ “Spinning Jenny,” 1768
Improved the traditional spinning wheel
Allowed operator to spin 8 or more threads!!
Richard Arkwright’s Water Frame, 1771
Added water power to the principle of the jennyUsed waterpower from
fast-moving streams to drive spinning machines
Allowed for the development of factories near rivers
Samuel Crompton’s “Spinning Mule,” 1779
Combined the mechanical principles of the jenny and the water frame to create a new spinning machine
The thread produced was stronger, finer, and more uniform than earlier spinning machines
Edmund Cartwright’s Power Loom,1785
Used water power to dramatically speed up weaving
Eli Whitney’s Cotton Gin, 1793
Cotton gin made it possible to efficiently remove seeds form the cotton fiber
Richard Arkwright“Pioneer of the Factory System”
Concentrated production in one place [materials, labor].
Located near sources of power [rather than labor or markets].
Requires a lot of investment [factory, machine capital, etc.] more than skilled labor.
Only 10% of English industry in 1850.
The Factory System
Rigid schedule.12-14 hour day.Dangerous conditions.Mind-numbing monotony
1813 2400 looms
150, 000 workers
1833 85,000 looms
200, 000 workers
1850224,000 looms
>1 million workers
Textile Factory Workers in England
Conditions in the Early Factories
Working conditions in these factories was worse than those for people spinning and weaving at home
Factories viewed as poor houses
Abandoned children became a prime source of labor in the early factories “Apprenticed” workers Worked 13-14 hours per day Their exploitation eventually led to
reform and humanitarian attitudes toward children
Young “Bobbin Doffers”
A Revolution in Energy
From prehistoric to medieval times the major energy sources were plants and animals, and human beings and animals did most of the work. This type of energy was limited. The search for a solution to the energy problem was a major cause of industrialization.
The Problem of Energy
By the 18th c., Britain’s major source of fuel, wood, was nearly gone Wood was crucial as a source of heat
and as a source of charcoal for the production of iron
A new source of power and energy was need so people turned to coal Before 1700, coal was used for heat
but not to produce mechanical energy or to run machinery
James Watt’s Steam Engine, 1769
Steam engine converts coal into energy
First steam engines used to pump water out of coal mines, but did so inefficiently. Actually used more energy
than they produced. Watt’s invention changed all
that
Steam engine rapidly replaced waterpower in British textile factories
Impact of the Steam Engine Enabled textile industry to expand
Steam power played a key role in boosting iron production 1709: Quaker Abraham Darby
developed first blast furnace using coke (a by-product of coal) to heat iron ore, which burned cleaner and allowed for the production of greater amounts of iron
1820: Henry Cort’s “Puddling” process allowed factories to produce high quality pig iron which could be shaped more easily for industrial purposes
1829: “Hot blast” cheaper, purer steel. 1856: Bessemer process strong,
flexible steel. Metallurgy required vast amounts of coal
stimulating both industries
British Pig Iron Production
Steam power, coal mining, iron, and railroads were closely connected.
Developments in one tended to feed demand in the others, like a feedback loop.
1800 1 ton of coal 50, 000 miners
1850 30 tons 200, 000 miners
1880 300 million tons
500, 000 miners
1914 250 million tons
1, 200, 000 miners
Coal Mining in Britain
The Coming of Railroads Steam power enabled inventors to
build railroad locomotives
1825: George Stephenson’s Rocket Europe’s first locomotive
1830: Liverpool-Manchester Railway English entrepreneurs wanted a
railroad line to connect the port of Liverpool with the city of Manchester, the heart of the spinning and weaving industry
1850: Britain had more than 6,000 miles of railroad track
Railroads changed the outlook and values of the entire society
Stephenson’s Rocket – travelled 24 mph
Impact of Railroads Stimulated further industrial growth
Decreased isolation and allowed for geographic and social mobility
Created regional and national markets for agriculture and industrial goods Energized production of steel, steam
engines, and coal mining
Reduced the cost of shipping freight which lowered cost of goods
Promoted leisure travel
Replaced canals as most efficient means of transportation
Britain’s Industrial DominanceStatistical Measures of Prosperity, 1850
Manufactured ½ the world’s cotton
Mined 2/3 of the world’s coal
Mined more than ½ the world’s iron
Controlled 1/3 of the world’s international trade
The Crystal Palace Exposition, 1851 Celebrated Britain’s undisputed
economic and technological dominance Britain was the “workshop of the
world”
Held in the Crystal Palace in London Enclosed 18 acres and almost 1
million square feet of exhibition space
Featured prefabricated glass panels and cast-iron columns
Demonstrated the possibilities of mass production
Industrialization in Continental Europe
18th c. Economic Advantages 18th c. Economic Disadvantages
Why Wasn’t France First?
Napoleonic Code.
French communal law. Free contracts Open markets Uniform & clear commercial
regulations
Standard weights & measures.
Established technical schools.
The government encouraged & honored inventors & inventions.
Bank of France European model providing a reliable currency.
Years of war Supported the American
Revolution. French Revolution. Napoleonic Wars
Heavy debts
High unemployment soldiersreturning from the battlefronts.
French businessmen were afraid to take risks.
France and Gradual Change Gradual industrialization limited its negative side effects
Legacy of Fr. Rev. tradition of small, family-based farms No destabilizing enclosure movement
Large internal market and skilled labor force Allowed Fr. to focus on higher-end products (silks, intricately patterned
textiles)
Limited heavy industry Cause: Lacked extensive coal and iron ore reserves Effect: cities smaller and did not grow as rapidly Avoided some of the worst effects of urbanization
Not until after 1850 did French finances, railroads, and communication bring about a fuller modernization
Germany: A Shackled GiantDisunity hindered economic potentialEach state had its own
tariffs, tax system, and state priorities
Large coal and iron ore supply
Rich agricultural sectorStrong craft tradition
1830s Friedrich List argued for the development of a national economic systemCustoms union to create a
free trade zoneGov’t building of RRsSubsidies to key industriesProtective tariffs
The Zollverein, 1834Prussian-led customs
union
Created a free trade zone among German member states
Promoted economic integration and later political integration
European Industrialization by 1850
Zones of IndustrializationBritainNortheast
France.Belgium.The Netherlands.Western German
states.Northern ItalyEast Germany
Saxony
Railroads in Europe by 1850
European Share in World Manufacturing Output: 1750-1900