5.5 Technology in the Industrial Age Notes

Mass Production of Iron:
- Coal was essential for powering steam engines and the mass production of iron.
- Improved processes in the 1700s and early 1800s increased iron outputs.
- Introduction of coke enabled larger furnaces for iron production.
Types of Iron:
- Cast Iron: Strong but brittle, challenging to shape.
- Wrought Iron: Patented by Henry Cort in 1794; less strong but more manageable for manufacturing.

Key Players: The United States, Great Britain, and Germany were central to this phase, occurring late 19th to early 20th century.
Innovations:
- Transition from earlier developments (textiles, steam power, iron) to advancements in steel, chemicals, machinery, and electronics.

Bessemer Process (1856):
- Introduced mass production of steel, an iron-carbon alloy.
- Process involved blasting molten metal with air to remove impurities.
- Enhanced steel's strength and versatility, pivotal for industrial society.

Commercial Oil Wells: Emerged mid-1800s tapping vast energy resources.
Primary Products:
- Initially focused on kerosene for lighting and heating.
- Development in 1847 to extract kerosene led to the rise of the internal combustion engine, affecting automobiles and aviation (early 1900s).

Public Power Stations:
- First in 1882, London; electrification led to street lighting and electric transportation.
Communication Technologies:
- Telephone: Patented by Alexander Graham Bell in 1876; improved by Edison's voice transmitter design in 1886.
- Radio: Developed through experiments by Gugliemo Marconi; first signal sent across the Atlantic in 1901.

Communication & Transport Innovations:
- Railroads, steamships, and the telegraph facilitated exploration, development, and global communication.
- Transcontinental Railroad (completed 1869) linked U.S. coasts, promoting industrial growth.
Economic Forces & Colonialism:
- Industrialization created a demand for capital and resources, prompting the establishment of colonies to secure these.
Transformation in Trade Patterns:
- Railroads expanded access beyond coastal areas, promoting trade and migration into interior regions.
- Innovations in communication linked farmers, miners, manufacturers, and customers, integrating global markets.

Environment: coal, coaling stations
Technology: Transportation (railroads, steamships), Communication (telephone, telegraph)
Economy: steam engine, steel, oil, capital
Society: second industrial revolution

Ralph Waldo Emerson highlighted technology's role in enhancing production and economic growth.
The steam and internal combustion engines drastically increased resource access and goods distribution.

James Watt's Steam Engine (1765):
- Revolutionized coal as a power source, driving machinery in textile factories, eventually powering steam trains too.

Steamships: Enabled more reliable and mobile transportation across oceans and rivers; replaced reliance on wind.
Impact on Trade: Coaling stations became key refueling locations on major trade routes, ensuring efficient travel and commerce.