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Chapter 21: The Industrial Revolution
• Society went from domestic (agricultural)
system to industrial (factory system);
• Transition from being self-sufficient to
producing things for others
Domestic System (agricultural)
People worked out of their homes:
- grew everything they needed, made what they needed
- depended only on themselves
- Did not get a paycheck
- Farms were self-contained units
Factory Systems -Factories came about
-brought the people and supplies to one place and put them together
-Began in Great Britain: agricultural revolution took place there first
-New crops grown:
-Potatoes and corn (which came from the Americas)
-Clovers and turnips
-Replenished the soil (put nitrogen back in soil)
-Not have to leave field fallow every 3rd yr.
-Feed to the animals; more food and materials to make clothing
- Improved people’s diets
- Better diet = better health and longer life
- Population will increase overall
- More things in demand: more food
- Land: enclosure movement (fencing in the public land; no common lands)
- To take care of the land
- Iron plow
- Plant the seeds with the seed drill
- Create rows to make it easier to weed
- Create rows to grow more easily (less competition among plants)
- Create rows to be able to use less seed
- Create rows to make harvesting easier
- Anybody farming a small portion probably has to leave the land
Factory System Continued
Textile Industry - needs to produce more consumer goods like
clothing
- Place for those forced off the land to find work
- To produce cloth:
- Spin cotton into thread
- No longer one person at a time in a cottage to do the process
- James Hargreaves
- “spinning jenny” – attach several threads to one wheel helps to produce more thread
- John Kay
- Weaving thread into cloth
- “ flying shuttle” – the threads held in place by the machine
-Richard Arkwright
-Machine that would hold 100 spindles to produce more thread for more cloth to fill the flying shuttle
-“water frame”
-Samuel Crompton
-Increases ability of “water frame”
-“spinning mule”
-Edward Cartwright
-Power loom to move thread back and forth
-Powered by water
-Able to weave thread 200 times faster into cloth
-Eli Whitney
-Speed up cleaning the seeds and stickers out of the raw cotton so you can get more to the new factories
-“cotton gin”
-Made process 50 times faster
Interchangeable Parts: Eli Whitney
- mass production
- Make things cheaper to repair
- No longer have to custom make every single part
- Parts are identical to a particular model and makes it easier to replace part
- Less expensive to replace parts
- More people can afford to go out and buy the product
- Makes it more practical for people to buy new products
-Machines require people to run them:
-People displaced from the land start to go to the factories to get a job
-Now people go to the factory to earn a living
-14-18 hr. days; 6 days a week
-Worked for 60 cents to $1 per week
-Wages low because so many people needed work
-Early Factories had to be built by rivers - Need new way to power factories so we can put factories closer to where the workers were
Factory System Continued
-Working in a factory:
-People worked for from 50 cents to $1 per week
-Average salary 62 cents/week (a dime a day)
-Barely fed a family of 5
-Whole family needed to work (maybe start at age 5)
-12-16 hr. days, 6 days/week (72-96 hours/week)
-Workplace dangerous and unhealthy
-Get caught in machines and injured
-No workers’ compensation or unemployment money
Development of Steam Power -new source of power for textile industry
-Transportation is going to leap forward
-Created need for more miners, etc. to keep up
the supply of coal
-Thomas Savory - engine to pump water out of
coal mines; tended to blow up
-Thomas Newcommen: works to improve the
steam engine; safer but broke down too much;
took too much coal for the power output in return
-James Watt: enough improvement to get 4
times power out of same amt. Of coal; relatively
safe and efficient
How it Works Watt
Clip 1st 6 minutes –
Tech of the Industrial
Rev: go to clip
-Use coke (form of coal) instead of charcoal (from burnt hard
wood – England is getting short on trees) to produce iron
-Henry Cort: process to make iron stronger, less likely to crack
under pressure; make sheets of iron; puddling process (form iron
into melted puddle, heat very quickly to bring impurities to top, on
the bottom, iron is more pure and better for functioning)
-Henry Bessemer: Bessemer Process:
-Makes steel (iron + alloy of other metals) for the first time
-Steel is stronger and more workable that pure cast iron
-Cast iron shatters easily if dropped
-Cast iron can’t be remelted and reshaped
-Bessemer Process
-Blast cold air through hot melted iron to remove impurities (impurities cool faster than the steel; get blown out the other side before the steel cools)
Transportation -modes in the early 1800s: walking, horses, boats.
Factories needed materials transported to their
locations – cotton, coal, etc. Used barges: pulled
upstream by horses and mules
-George Stephenson
-The “Rocket” – steam engine locomotive traveled at 36 mph. Used a model from the coal mines (coal cars on rails)
-By 1850, rail speeds were up to about 60 mph
-Steam Engine on a boat – Robert Fulton: The Clermont (paddle wheeler) 1st Steamboat
Industrial Rev Pop 2 1. He worked to improve the steam engine; safer but broke down
too much; took too much coal for the power output in return.
2. He created enough improvement to get 4 times power out of same amt. Of coal; relatively safe and efficient new steam engine design.
3-5. 3 main modes of transportation early 1800s
6. Process for turning iron cheaply into steel?
7. Henry Cort came up with a process to make this stronger?
8. George Stephenson designed the Rocket – what was it? Be specific?
9. Steamboat inventor?
10. Originally factories were built next to these, at least until the development of the Steam Engine.
Advanced Communication
-Samuel F.B. Morse:
1837: telegraph
-Electrical impulses
along a wire sent and
received in a signaling
device
-1851: first telegraph
cable under English
Channel to connect
Britain to France
Section 2 of Chapter 21
Ind. Rev. spreads from Britain to Belgium
• plentiful deposits of coal and iron ore
• Long standing tradition of mf., esp., in
textiles
– Skilled labor force already there
• Before assembly lines, etc
- specialize in textile industry
- Went from “clothes” to fashion
- Josef Marie Jacquard: invents first power loom that can do specific patterns in fabric
- Punchcard loom: insert card into loom to set design
- Increases variety of cloth and opportunities to charge for more intricate patterns
- Jacquard loom was the forerunner to the computer w/punchcard system
- Help from the French government
- Tariffs on cloth and clothing from any other country
- Helps keep the market for French goods high
Ind. Rev. spreads to France:
How it
Works
Watt Clip
last 6
minutes –
Tech of
the
Industrial
Rev: go to
clip
Ind. Rev. spreads to the U.S.: - lots of natural resources: coal, iron, ore, hardwood
trees (for charcoal)
- By 1870, US producing as much steel as Great Britain
- By 1880s, US became one of leading industrial nations
in world - We’ve been in the top 5 ever since
- May 10, 1869: transcontinental railroad was completed
at Promontory Point Utah
Ind. Rev. spreads to Germany: -1890s –1900s: finally becomes major industrial
power
-Ruhr Valley
-Contained coal, iron, ore, etc. that would
power industrialization
-Helped Germany build itself into a world power
by 1910
Scientific Advancements Photography:
- Louis Daguerre: photography – daguerreotypes (first photographs in 1839)
- Use darkroom; use a box with a hole; place flat piece of metal in box; coat metal with silver iodide; take box out to take picture; treat metal with mercury fumes; treat with table salt
- Hard to make more than one print
- William Fox Talbot: a paper “negative” in 1839 allowed one to print as many pictures as needed
- Matthew Brady: Civil War
- Newspapers bought/ took pictures to help sell papers
- Made photography fashionable
Industrial
Revolution
recap and
people review
Take Notes >
go to site >
http://ww
w.youtube
.com/watc
h?v=zhL5
DCizj5c
Other Scientific Advances -William Perkins: English Chemist
-Make dyes from coal
-Makes colors more affordable than using indigo or other natural dyes
-Discards from his coal usage became the basis of modern day fertilizers
-Alessandro Volta (Italian):
-Batteries
-First way to store electricity
-Michael Faraday (English):
-First electric generator
-Eventually replaced steam engine in many factories
- Alexander Graham Bell: patent on the telephone ()
- Way to transport electricity
- Transport human voice across distances in electrical impulses that are turned back into sound at the other end
- Guglielmo Marconi (Italian): send electric signals through the air; recapture and turn back to sound
- Called “wireless” in Britain; “radio” in US
- Thomas Alva Edison (American):
- Phonograph: first wax cylinder recordings
- Light bulb: needed practical filament to burn lengthy time; created a vacuum inside the bulb
- First to “light” Menlo Park, NJ
-Gottlieb Daimler (German):Invented internal combustion engine. One of first to build an automobile
-Rudolph Diesel (German): Engine made to power heavy equipment Read about the Automobile pg 616 – side notes –
Side notes Automobile
Daimler creates - Internal Comb. 10 miles/hr gasoline engine – eventually giving rise to the Company Mercedes-Benz
Early Cars Handmade and expensive 1893-1901 only several hundred made
Eventually Henry Ford and the Model T change the car. Making it available to the masses
- Henry Ford (American):
- Auto factory in Michigan
- Created modern day assembly line; (Moving Belt) assembling many parts into finished product through breaking down process into series of small tasks
- Mass production – turning out large quantities of identical goods
Rd Pg 614- New leisure together
then students do ?s for pgs - 615-
619 ?s
The Wright Brothers
-Orville and Wilbur were bicycle manufacturers from Dayton, OH but Flight took place in Kitty hawk NC
-Dec. 17, 1903: strong north wind to help get in the air; easier to land on ice instead of mud to help prevent crashes
-Flight lasted 12 seconds; distance 120 ft.
-First time a machine carrying a man had propelled itself into the air and landed again - What about Pre power?
-flying machine: “The Flyer”
-Take flight at a level elevation and land on the ground again
-Powered by a gasoline engine instead of wind
Hysteria of Flight
• Da Vinci 1500s – Parachute, Ornithoptor
• Henri Gifford 1852 – Balloon Airship
• George Cayley 1853 – Glider, Father of
Aerodynamics
• Wright Bros – 1903, 1st Engine Powered Plane
• Lindbergh 1927 – Spirit of St Louis Cross
Atlantic
No Fly Zone Clip
So we Have all these new inventions: Now what?
Financing Industrial Rev Growth: Companies
-limited liability corporations
-Sell stock to investors in exchange for capital
(money) to start/run their business
-“limited liability”: only lose as much money as you invest in the company
-Can’t come and collect other personal assets - Monopoly:
- Total control of the trade of a good or service
- Standard Oil Company:
- Run by John D. Rockefeller
- Controlled at one time up to 98-99% of market
- AT&T (telephone company)
- Water and sewer provision is Brodhead is a public utility
- Really only want one water and sewer line to serve the whole town
- Minimizes spread of contamination
The Effects of Industrialization -populations changed from being rural to being urban: (farming
to factories)
-1800: most of the people lived on farms
-By 1920: almost half of the people lived in cities
-By 2000: less than 2% of US population lives on farms
-Farming is still needed because we need:
-Cheap and readily available food
-We spend 12% of income on food
-Japan spends 42% of income on food
-England spends 28% of income on food
-Many businesses are ag-related
-1 of every 5 jobs in America still tied to ag.
- Population Explosion: from Industrial Rev. to WWI
- Between 1750 –1914 population in Europe grew from 140 million to 463 million people (multiplied 3 times)
- More food and better diet (healthier, lived longer, produce more children)
- Medical advances
- Public sanitation (doing things to keep the entire public healthy)
- For example: Manchester, Eng.
- In 1750- 16,000 people in Manchester
- Coal and iron discoveries bring factories to the city
- By 1855- 455,000 people in Manchester (30 times growth in 10 yrs.)
- Problems with city growth:
- Lack of housing (many houses too small; no light (windows); no sanitation)
- Clean water was rare
- Manchester not chartered as city: no taxation for improvements, no laws to regulate public health
Farm society more neighborly as far as helping each other out
- In the city, one no longer necessarily relies or knows neighbors
- Slums appear: most run-down part of town
- A lot of people living in a very small area
- Perhaps several families in one apartment/living space
- Changing status of women
- Start working outside the home
- Under domestic system, life still revolved around the household
- By 1914, women had to work
- More responsibility added to workload
- More status
- Right to vote
- Right to live on their own w/o having a male to supervise
- More opportunity to make it on their own financially
- in 1750, wealthy land owners (aristocracy) were at top of society
- Middle class: doctors, lawyers, and clergy
- Lowest class were peasants
- Farm workers or small farmers
- Majority of people
- Industrial Rev. will change the middle class:
- Gets bigger as people gain wealth
- Mine/factory owners
- Factory workers (make very little money) – still on lower level, still peasants
Changes in Society: Classes
Changes in the Industrial Revolution: Primarily
Britain - 1819: 80,000 workers demonstrated in orderly manner in
Manchester (organized labor: Unions)
- Wanted economic and political reform
- Better wages
- Wanted government to stop favoring only the factory/business owners
- If government doesn’t regulate business, abuses occurs some even want socialism in which the government runs or controls all of the major industries)
- Government didn’t understand what it was like for workers
- Government supported soldiers who fired into the crowd
- 1831: Parliament started to investigate the condition of the factories
- Cotton mill worker testifies to parliament
- Whole family must work for survival (6 am – 8:30 pm)
- Children too tired at night to eat what little supper they had
- 17 yr-old girl who worked in mines (women and children smaller to get through mine more easily)
- Work 5 am to 5 pm
- No school except Sunday School – can’t read or write
Changes in the Industrial
Revolution Continued
- 1831: Journalists and writers start publicizing the poverty and grinding work of the children
- Charles Dickens: wrote about abuses of child labor (Oliver Twist, David Copperfield)
- Beginning of Reforms:
- Factory Act (1833): limited the work hours of children: 9-13, 8 hrs/day; 14-18, 12 hrs/day
- Mines Act (1842): employers could no longer hire women/girls to work in mines; min. age for boys, 13
- 10 hrs. Act: limited day to 10 hrs for women and children under 18
- 1874: 10 hr. workday extended to all workers
Changes in the Industrial Revolution
Continued
- Rise of Labor Unions
- Government made them illegal at first: Combination Acts of 1800
- Labor unions add to cost of goods, reduce profits, hurt business (accountable to employees)
- Skilled workers have advantage because valuable to employer (cabinetmaker, hat maker, etc.)
- By 1868: 100,000 workers had joined unions
- 1889: London dockworkers (unskilled workers) go on strike
- Shut down busy port
- Make “strikes” a tool to be used by labor unions to get concessions
Changes in the Industrial Revolution Continued
- Improvements:
- Wages nearly doubled in last half of 1800s
- Fewer hours meant employers had to offer more wages to attract workers
- Unions also a factor
- Work environments started to get safer
- More productive
- Proper ventilation
- Proper lighting
- Laws passed to ensure safety in the work place
- Government insurance funds created
- Injury
- Unemployment
- Old age pensions
- Public schools set up by 1914