An increase in the number of workers in industry meant that factories could run more efficiently and produce more goods than ever before, helping to manufacture a much greater amount of new machinery.
the effil tower in Paris
Industrial machines were typically housed in factories, which were large, purpose-built structures designed to accommodate the machinery and workers needed for mass production. Richard Arkwright, a key figure in the Industrial Revolution, established such factories to leverage water power for his innovative spinning machines, like the water frame. By centralizing production in factories, he could streamline operations, increase efficiency, and enhance the scale of textile manufacturing, ultimately revolutionizing the industry.
Alexander Hamilton was America's visionary for an agricultural and industrial country. Read his Report on Manufactures - incredible insight that he took in founding America's first planned industrial city - Paterson, NJ which just was named as the National Park's most recent site (November 2011). --- With agriculture, the farms were distributed over large areas with the required employees therefore distributed. Industrial enterprise required many people in a small area for factories and industry to succeed.
During the Industrial Revolution, Great Britain's main raw materials were coal and iron. Coal was essential as a primary fuel source for steam engines and factories, while iron was crucial for building machinery, tools, and infrastructure. Gold was not a primary raw material during this period; instead, it was more relevant in the context of currency and trade. The availability of coal and iron significantly contributed to Britain's industrial growth and economic expansion.
The Bessemer process, developed in the 1850s, revolutionized steel manufacturing by significantly lowering production costs and increasing efficiency. This method allowed for the mass production of steel, which was essential for building infrastructure like railways, bridges, and factories. As a result, it fueled further industrial growth and technological advancements in Great Britain, ultimately contributing to the country's economic expansion during the Industrial Revolution. The availability of affordable steel also spurred innovations in machinery and construction, reinforcing Britain's leadership in industrialization.
It was known as the Industrial Revolution.
When the Industrial Revolution hit, everyone wanted factories to make money. Some people lost their homes due to companies wanting to build on the land. All of the building were made bigger and to hold large amounts of workers.
An industrial building is used exclusively for businesses (industries). It contains no residential units. No one is permitted to live on the premises, at least under US building codes. Industrial Buildings can also be factories, mills, and large corporations.* Note: Building can be abbreviated as bldg.
the effil tower in Paris
By building factories, buildings, signs, road lights etc.
Industrial machines were typically housed in factories, which were large, purpose-built structures designed to accommodate the machinery and workers needed for mass production. Richard Arkwright, a key figure in the Industrial Revolution, established such factories to leverage water power for his innovative spinning machines, like the water frame. By centralizing production in factories, he could streamline operations, increase efficiency, and enhance the scale of textile manufacturing, ultimately revolutionizing the industry.
Alexander Hamilton was America's visionary for an agricultural and industrial country. Read his Report on Manufactures - incredible insight that he took in founding America's first planned industrial city - Paterson, NJ which just was named as the National Park's most recent site (November 2011). --- With agriculture, the farms were distributed over large areas with the required employees therefore distributed. Industrial enterprise required many people in a small area for factories and industry to succeed.
During the Industrial Revolution, Great Britain's main raw materials were coal and iron. Coal was essential as a primary fuel source for steam engines and factories, while iron was crucial for building machinery, tools, and infrastructure. Gold was not a primary raw material during this period; instead, it was more relevant in the context of currency and trade. The availability of coal and iron significantly contributed to Britain's industrial growth and economic expansion.
Because Britain already had the industrial infrastructure to start manufacturing. America was still building factories.
Because Britain already had the industrial infrastructure to start manufacturing. America was still building factories.
The Bessemer process, developed in the 1850s, revolutionized steel manufacturing by significantly lowering production costs and increasing efficiency. This method allowed for the mass production of steel, which was essential for building infrastructure like railways, bridges, and factories. As a result, it fueled further industrial growth and technological advancements in Great Britain, ultimately contributing to the country's economic expansion during the Industrial Revolution. The availability of affordable steel also spurred innovations in machinery and construction, reinforcing Britain's leadership in industrialization.
acid rain, industrial stuff and other types of pollution like the building of new pipes and factories and farms hope this helps ;)