Chapter 22: Industrial Revolution, 1750-1900 Flashcards
spinning jenny
James Hargreaves invented this machine, which reduced the time needed to spin yarn and weave cloth by allowing a weaver to spin more than one thread at a time.
water frame
It was patented by Richard Arkwright and used waterpower to drive the spinning wheel. It was more efficient than a single person’s labor, so this mechanization doomed the household textile cottage industry; textile production was moved to factories big enough to house these bulky machines. Arkwright was thus considered the father of the factory system.
James Hargreaves
James Hargreaves invented the spinning jenny, which reduced the time needed to spin yarn and weave cloth by allowing a weaver to spin more than one thread at a time.
Richard Arkwright
Richard Arkwright patented the water frame, which used waterpower to drive the spinning wheel. It was more efficient than a single person’s labor, so this mechanization doomed the household textile cottage industry; textile production was moved to factories big enough to house these bulky machines. Arkwright was thus considered the father of the factory system.
Eli Whitney
He was a man best known for developing the cotton gin who also created a system of interchangeable parts for manufacturing firearms for the US military. If a particular component of a machine were to break, the broken component could easily be replaced with a new, identical part by an unskilled worker. This led directly to a division of labor among workers where each worker specializes in a specific task.
interchangeable parts
Eli Whitney created a system of interchangeable parts for manufacturing firearms for the US military. If a particular component of a machine were to break, the broken component could easily be replaced with a new, identical part by an unskilled worker.
steam engine
The version of the steam engine made by James Watt provided an inexpensive way to harness coal power to create steam, which in turn generated energy for machinery in textile factories.
James Watt
The version of the steam engine made by James Watt provided an inexpensive way to harness coal power to create steam, which in turn generated energy for machinery in textile factories.
steamship
The development of the steamship allowed steam-powered ships to travel quickly upstream on rivers instead of having to sail up or be towed by people and animals along the shore. Steamships revolutionized transportation on lakes and the oceans because ship captains were no longer dependent on winds for power.
crop rotation
During an agricultural revolution predating the Industrial Revolution, new methods caused an increase in productivity. One of them was crop rotation, or the rotation of different crops in and out of a field each year, increasing food production.
seed drill
During an agricultural revolution predating the Industrial Revolution, new methods caused an increase in productivity. One of them was the seed drill, a device that efficiently places seeds in a designated spot in the ground, increasing food production.
seaways
Britain had many geographical advantages in the process of industrialization because it was located on the Atlantic Ocean with its many seaways. The country was well placed to import raw materials and export finished goods through these seaways.
raw materials
Britain was well placed on the Atlantic Ocean to import raw materials.
fossil fuel
Fossil fuels are energy sources derived from plant and animal remains. Coal is a fossil fuel that was burned to power the steam engine and to separate iron from its ore.
Transcontinental Railroad
This railroad system connected the Atlantic and Pacific oceans and facilitated US industrial growth.
second industrial revolution
While the first industrial revolution focused on inventions in STI (steam power, textiles, and iron) the second industrial revolution focused on developments in SCEP (steel, chemicals, electronics, precision machinery). The US, GB, and Germany were key players in this second industrial revolution.
Trans-Siberian Railroad
This railroad stretched from Moscow to the Pacific Ocean, allowing Russia to trade more easily with East Asian countries like China and Japan.
Bessemer process
The Bessemer process involves blowing air through molten pig iron to create steel. This was the first inexpensive mass production of steel.
urbanization
Industrialization increased urbanization or the growth of cities. Because urban areas grew rapidly and with little planning by governments, people damaged the environment and created inhumane living conditions for the poorest residents in the area. Working families often crowded into shoddily constructed tenement apartment buildings, often owned by factory owners themselves, located in slums. Industrial by-products like polluted water supplies and open sewers in these slums caused cholera, dysentery, and tuberculosis.
Protestant work ethic
The Protestant Work Ethic and the Spirit of Capitalism was written by a German sociologist named Max Weber. In it, he suggested that in countries influenced by Reformation leader John Calvin, people worked hard because prosperity was a sign of God’s favor, and this gave them assurance for salvation. In addition, people looked down upon showy displays of wealth, so they saved their money. The combination of hard workers and ample capital for new investments provided ideal conditions for capitalism.
Meiji
Under the Meiji, Japan ended its self-imposed isolation from the rest of the world. Japanese leaders realized that they had to industrialize in order to protect the nation, as the Western world had developed advanced navy and armaments.
Otto von Bismarck
Under the leadership of Chancellor Otto von Bismarck, Germany started workers’ accident compensation insurance, unemployment insurance, and old age pensions for employees. He was only somewhat interested in the health and security concerns, because he was more concerned that if his government didn’t address these problems, socialists and more radical citizens would demand stronger government action that would lead to social unrest.
Industrial Revolution
The Industrial Revolution was when rapid industrialization occurred. Production was increasingly mechanized and social changes occurred due to this. While the first industrial revolution focused on inventions in STI (steam power, textiles, and iron) the second industrial revolution focused on developments in SCEP (steel, chemicals, electronics, precision machinery). The US, GB, and Germany were key players in this second industrial revolution.
industrialization
This term refers not only to the increased mechanization of production, but also to the social changes that accompanied the shifts of the Industrial Revolution.