Chapter 12 - The Industrial + Social Revolution Flashcards
Describe the developments in farming during the Agricultural Revolution
- Enclosure - open-field system ended (disease spread easily, animals could wander into plotted fields + eat crops as grew)
- government introduced Enclosure Acts to deal with this - by end of 18th century farms were fenced in, meant farmers could practise new methods to improve quantity + quality of crops/animals produced - New Machinery - up to 1700s all work on farms done manually, but in 18th machines like Jethro Tull’s seed drill + Cyrus McCormick’s mechanical reaper invented, led to more food
- Livestock improvements - Robert Bakewell developed selective breeding practice, led to more meat (cheaper)
- Four Field System/Crop Rotation - Viscount Charles Townshend (farmer, nobleman) developed 4FS - planted turnips + clover rather than leaving 1 field fallow like in past (actually increased fertility of soil) –> again, more food
- These developments led to cheap food + pop explosion - many forced to migrate to city due to overpopulation + machines (workforce for industry)
Describe the reasons why the Industrial Revolution began in England
- Had huge amounts of coal + iron in areas like Wales, Yorkshire + Southern Scotland - machines made from iron, steam made by burning coal (world’s biggest mining industry)
- Massive empire, could get cheap raw materials (cotton, rubber) from colonies + had huge markets in which to sell products
- V. stable country w/ good banking system, education system + stable government - good place to do business
- Had a ready-made workforce due to increase in food production
- Produced many great inventors + engineers - incl. Isambard Kingdom Brunel (engineer, bridge builder), James Watt (rotary steam engine), George Stephenson (railway pioneer, inventor of locomotive called ‘Rocket’)
John Kay
Flying shuttle, weaving, 1733
James Hargreaves
Spinning Jenny, spinning, 1764
Richard Arkwright
Water frame, spinning, 1769
Samuel Crompton
Mule, spinning, 1779
Edmund Cartwright
Power loom, weaving, 1785
Thomas Newcomen
Steam engine
Produce energy by burning coal
1705
Abraham Darby
Smelting iron with coke (coal dust)
Produced stronger iron
1709
James Watt
Rotary steam engine
Efficient, practical engine that drained mines
1763
Henry Cory
Puddling + rolling
Improved quality of iron produced
1784
Humphrey Davy
The Davy lamp
Improved safety in the mines
1816
Henry Bessemer
Bessemer converter
Turned iron into much stronger steel
1856
James Brindley
Designed + built Bridgewater Canal between MCR + Liverpool
Cheap, efficient way of moving goods from factory to port for export
1761
John MacAdam
Pressed small stones to make roads, slopes at sides prevented flooding
Made it possible for most roads to be used in winter
1800s