PowerPoint_Presentation_ELA_World_History.ppt
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steam engine is a heat engine that performs mechanical work using steam as its working fluid. The steam engine uses the force produced by steam pressure to push a piston back and forth inside a cylinder.
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Steam revolution: pre-visit exhibition slideshow
This pre-visit exhibition slideshow for Steam revolution provides an overview of the:
- Physical layout and exhibition sections
- Key objects and interactives students will see in the exhibition
- Relevant online teaching and learning resources
It thus provides students with greater context for their learning during their visit to the Powerhouse Museum.
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The Foundry Building - Past and Future. The history and proposed uses of the Foundry Building in Cambridge, MA. Prepared by Tim Rowe as a community discussion document.
Steam Engine
This document discusses the history and development of the steam engine. It describes how Thomas Savery first invented the steam engine in 1698, and how Thomas Newcomen and James Watt later improved upon the original design. The steam engine helped power the Industrial Revolution and transform technology, transportation, and society. However, steam engines also contributed to pollution and the inefficient use of energy.
steam engine
Thomas Newcomen invented the first practical steam engine in 1712 to pump water out of mines. His steam engine used steam pressure to push a piston inside a cylinder, which was a significant improvement over manual pumping or horse power. Newcomen's steam engine allowed mines to be drained faster and more efficiently. While it initially only directly impacted the coal mining industry, Newcomen's invention indirectly led to wider use of steam power and the industrial revolution, through developments in textile factories, locomotives, steam boats and other applications of the steam engine.
Respond to the two discussion post below 100 word minimum.docx
The document discusses key technological innovations of the Industrial Revolution in three areas:
1) Textile manufacturing saw inventions like the flying shuttle, spinning jenny, and spinning mule mechanize and increase production. These large machines required factories rather than individual homes.
2) Steam power allowed factories to operate independently of water sources and be built in cities, concentrating industry. The first steam engine was a water pump for textile machinery.
3) Iron production increased to supply railroads, engines, and factories. The Bessemer process in 1855 mass-produced cheap steel, solving a critical problem.
James watt and the steam engine
The document provides information about early steam engines and James Watt, who improved the efficiency of the steam engine. It mentions that Watt was born in 1736 in Scotland and worked as an instrument maker before becoming interested in steam engines. Watt introduced improvements like the separate condenser that made steam engines more powerful and efficient. The unit of power known as the watt is named after James Watt.
The industrial revolution
The document discusses the key events of the Industrial Revolution in England during the late 18th and early 19th centuries. Major inventions like the spinning jenny, water frame, and steam engine automated textile manufacturing. Abraham Darby's use of coal instead of charcoal for smelting iron revolutionized the iron industry. Transportation infrastructure like canals, toll roads built by engineers like Telford and Macadam, and later railroads further drove industrialization. The Industrial Revolution transformed England into the world's workshop but also led to exploitation of workers and child labor as well as pollution problems.
Industrial Revolution PPT.ppt
The document discusses key aspects of the Industrial Revolution. It began in England in the late 1700s due to several advantages the country possessed, including capital for investment, raw materials, markets through colonies, and geography. Major innovations like the steam engine and new transportation methods drove industrialization. The factory system replaced domestic production, concentrating workers in cities and leading to poor living conditions. Overall the Industrial Revolution greatly increased production through new technologies and transformed societies.
Recommended
Steam revolution: pre-visit exhibition slideshow
This pre-visit exhibition slideshow for Steam revolution provides an overview of the:
- Physical layout and exhibition sections
- Key objects and interactives students will see in the exhibition
- Relevant online teaching and learning resources
It thus provides students with greater context for their learning during their visit to the Powerhouse Museum.
Foundry
The Foundry Building - Past and Future. The history and proposed uses of the Foundry Building in Cambridge, MA. Prepared by Tim Rowe as a community discussion document.
Steam Engine
This document discusses the history and development of the steam engine. It describes how Thomas Savery first invented the steam engine in 1698, and how Thomas Newcomen and James Watt later improved upon the original design. The steam engine helped power the Industrial Revolution and transform technology, transportation, and society. However, steam engines also contributed to pollution and the inefficient use of energy.
steam engine
Thomas Newcomen invented the first practical steam engine in 1712 to pump water out of mines. His steam engine used steam pressure to push a piston inside a cylinder, which was a significant improvement over manual pumping or horse power. Newcomen's steam engine allowed mines to be drained faster and more efficiently. While it initially only directly impacted the coal mining industry, Newcomen's invention indirectly led to wider use of steam power and the industrial revolution, through developments in textile factories, locomotives, steam boats and other applications of the steam engine.
Respond to the two discussion post below 100 word minimum.docx
The document discusses key technological innovations of the Industrial Revolution in three areas:
1) Textile manufacturing saw inventions like the flying shuttle, spinning jenny, and spinning mule mechanize and increase production. These large machines required factories rather than individual homes.
2) Steam power allowed factories to operate independently of water sources and be built in cities, concentrating industry. The first steam engine was a water pump for textile machinery.
3) Iron production increased to supply railroads, engines, and factories. The Bessemer process in 1855 mass-produced cheap steel, solving a critical problem.
James watt and the steam engine
The document provides information about early steam engines and James Watt, who improved the efficiency of the steam engine. It mentions that Watt was born in 1736 in Scotland and worked as an instrument maker before becoming interested in steam engines. Watt introduced improvements like the separate condenser that made steam engines more powerful and efficient. The unit of power known as the watt is named after James Watt.
The industrial revolution
The document discusses the key events of the Industrial Revolution in England during the late 18th and early 19th centuries. Major inventions like the spinning jenny, water frame, and steam engine automated textile manufacturing. Abraham Darby's use of coal instead of charcoal for smelting iron revolutionized the iron industry. Transportation infrastructure like canals, toll roads built by engineers like Telford and Macadam, and later railroads further drove industrialization. The Industrial Revolution transformed England into the world's workshop but also led to exploitation of workers and child labor as well as pollution problems.
Industrial Revolution PPT.ppt
The document discusses key aspects of the Industrial Revolution. It began in England in the late 1700s due to several advantages the country possessed, including capital for investment, raw materials, markets through colonies, and geography. Major innovations like the steam engine and new transportation methods drove industrialization. The factory system replaced domestic production, concentrating workers in cities and leading to poor living conditions. Overall the Industrial Revolution greatly increased production through new technologies and transformed societies.
Industrial Revolution PPT (2).ppt
The document discusses several key aspects of the Industrial Revolution:
1) It describes some of the major inventions that drove the Industrial Revolution in textiles, such as the spinning jenny and power loom.
2) It explains how the factory system replaced the domestic system of production and concentrated workers in factories.
3) It discusses some of the societal impacts of industrialization, including poor living conditions in urban areas and tension between social classes.
Industrial Revolution PPT.ppt
The document discusses key aspects of the Industrial Revolution. It began in England in the late 1700s due to several advantages the country possessed, including capital for investment, raw materials, markets through colonies, and geography. Major innovations like the steam engine and new transportation methods drove industrialization. The factory system replaced domestic production, concentrating workers in cities and leading to poor living conditions. Overall the Industrial Revolution greatly increased production through new technologies and transformed societies.
Steam-Engine-Essay
The steam engine was a pivotal invention that drove the Industrial Revolution and changed the world. It was developed over time by many inventors, with Thomas Newcomen building the first practical steam engine in 1712 to pump water out of mines. James Watt later improved the design in the 1760s, making the engine more powerful and efficient. The steam engine was then applied to factories, transportation like railroads and steamships, and other industries, vastly increasing production and transforming economies and societies.
Topic 1 Industrial Revolution
The Industrial Revolution began in the 18th century and led to many inventions that changed manufacturing. The steam engine was invented in 1712 and improved in 1769, allowing machines to operate without human or animal power. The spinning jenny was invented in 1764, automating the spinning of thread and making cloth production much faster. Eli Whitney invented the cotton gin in 1794, vastly increasing production of cotton. Samuel Morse invented the telegraph in 1844, allowing rapid long-distance communication. These inventions increased productivity and helped transition societies from agriculture to new industrial and urban environments.
Industrial Revolution PPT.ppt
The document provides an overview of the Industrial Revolution and its impacts. It discusses how the Industrial Revolution began in England in the late 1700s due to several factors, including natural resources and capital. Key inventions like the steam engine and cotton gin drove industrialization by mechanizing production. The factory system replaced domestic production and led to rapid urbanization. While industrialization boosted economic growth, it also caused social problems and tensions that led to reform movements. The document traces how industrialization then spread across Europe and to the United States in the late 1800s.
9.1 the industrial revolution spreads.ppt
The Industrial Revolution spread throughout Europe and the United States in the 1800s due to advancements in science, technology, and business organization. New industrial powers emerged like Germany and the U.S. that benefited from natural resources and adopting British innovations. Inventions like the Bessemer process for steel production, the electric motor, dynamo, light bulb, internal combustion engine, airplane, telegraph, telephone, and radio drove industrial growth. Manufacturing advanced through new methods using interchangeable parts and assembly lines. Big businesses formed as corporations owned by investors, some growing into monopolies and cartels that dominated entire industries and sparked debate around regulation.
19 1 the second industrial revolution
The document summarizes key developments during the Second Industrial Revolution in the United States in the late 19th century. It describes innovations such as the Bessemer Process that made steel production faster and cheaper; the growth of oil drilling and kerosene leading to increased demand for oil; Thomas Edison's invention of the light bulb and the development of power plants; Alexander Graham Bell's patent of the telephone; and advances in transportation including the first motorcar by the Duryea brothers and the Model T assembly line produced by Henry Ford.
1industrial revolution.pdf
The Industrial Revolution began in Britain due to agricultural innovations in the 1700s that increased food production and forced farmers into cities. This provided a large pool of laborers. Inventions like the spinning jenny, water frame, and spinning mule automated textile production. James Watt's steam engine was also a key innovation that powered factories. Improved transportation like canals, steamboats, and railroads connected factories to resources and markets, fueling further industrialization and economic growth.
History of wind power
The document summarizes the history and development of wind power from antiquity to the 21st century. It discusses early uses of wind power in ancient civilizations and the development of windmills in Persia and Europe in the Middle Ages. It then outlines the growth and commercialization of wind power in the 18th-19th centuries, followed by the development of large-scale wind farms and wind turbines to generate electricity in the 20th century, especially in Denmark and the US. The document concludes with modern developments such as multi-megawatt turbines, floating offshore wind farms, and efforts to increase wind power in the US through government targets and initiatives.
Industrial Revolution
The Industrial Revolution began in Great Britain in the late 1700s and spread throughout Europe and North America in the early 1800s. New machines like the spinning jenny and water frame mechanized textile production, increasing output. The development of steam power further mechanized factories and drove new machinery. This transition from manual labor to machine-driven mass production transformed economies and societies across the Western world.
t-mfl-490-ks2-famous-inventions-of-the-industrial-revolution-ppt-4_ver_1.pptx
The Industrial Revolution was a period from the 18th to late 19th century where Britain transformed from an agricultural to an industrial economy. Many people moved from rural areas to cities and towns to work in new factories. Key inventions like Thomas Newcomen's steam engine, James Hargreaves' spinning jenny, and Eli Whitney's cotton gin automated manufacturing and allowed it to occur on a much larger scale, driving this economic and social change. Transportation was also transformed through inventions like Richard Trevithick's steam locomotive and steamships.
Industialisierung
The document summarizes the history of the steam engine and several key inventions of the Industrial Revolution. It describes Thomas Newcomen building the first steam engine in 1712. James Watt then improved the design with a separate condenser. The document also outlines Richard Trevithick's invention of the first steam locomotive in 1803 and the Rainhill Trials competition won by George and Robert Stephenson's Rocket in 1829, demonstrating the effectiveness of locomotives. Finally, it mentions inventions like the spinning jenny and water frame that mechanized textile production and drove the Industrial Revolution.
The Expansion of Industry
The document discusses key factors that fueled industrialization in the US, including natural resources, government support of business, and a growing urban population. It outlines several important innovations and inventions such as the oil drilling process, the Bessemer steel process, and the development of steel frames that enabled the rise of large cities and railroads. Thomas Edison's research laboratory and inventions like the light bulb helped power the spread of electricity. Other inventors like the typewriter and telephone connected workers and opened new industries. Overall industrialization changed lives and landscapes through the application of new technologies and capital investments.
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The Industrial Revolution was a period from the late 18th to early 19th century where major changes in agriculture, manufacturing, mining, transport, and technology had a profound effect on socioeconomic and cultural conditions. New inventions like the steam engine allowed factories to mechanize production, while new processes like Bessemer steel made goods cheaper. This transition shifted economies from agriculture to industry and led to the rise of new social classes. The Industrial Revolution began in Britain and spread throughout Europe and North America.
The Industrial Revolution (AP European History)
The document summarizes key factors that contributed to the Industrial Revolution beginning in Britain in the late 18th century. Natural advantages like rivers for water power, coal deposits, iron ore, and established financial institutions provided early benefits. Inventions like the spinning jenny, water frame, and steam engine accelerated industrialization by increasing productivity. The steam engine then allowed factories to locate anywhere, fueling urbanization. Infrastructure like canals and railroads further improved transport of goods. While some economists warned of limits to growth, technological advances continually increased production capacity outstripping population increases.
The Invention Of The Steam Engine
The steam engine played a vital role in powering the Industrial Revolution. It was first invented in the late 17th century to power pumps in mines and saw many improvements over the following century. The steam engine powered factories and mills, allowing for faster production without human labor. It also powered new modes of transportation like trains and ships, efficiently moving goods and people. The steam engine was instrumental in developing infrastructure like railroads and waterways that further drove the Industrial Revolution.
Thomas Savery was an English inventor. He invented the first steam e.pdf
Thomas Savery was an English inventor. He invented the first steam engine. Why? What
significance would this have?
Solution
n 1698, British inventor Thomas Savery patented a steam-powered pump, which he described as
an \"engine to raise water by fire.\" Savery\'s very basic engine relied on steam to create a
vacuum and pull water upwards through a pipe — a theory that had been around for several
centuries but never successfully applied.
By that time, the speedy engine\'s reputation was gaining steam well beyond mining circles,
moving indoors to other areas of industry from metalworking to textiles, where it was adapted to
the rotating wheel system common in European mills.
A savvy businessman, Watt marketed his machine by calculating the number of horses his
engine would replace, coining the term \"horsepower\" in the process.
The simultaneous perfection of the steam engine and the beginning of the Industrial Revolution
is a chicken and egg scenario that historians have long debated. The world was becoming an
industrialized place before the advent of steam power, but would never have progressed so
quickly without it, they argue.
Factories that still relied on wind or water power to drive their machines during the Industrial
Revolution were confined to certain locales; steam meant that factories could be built anywhere,
not just along fast-flowing rivers.
Those factories benefited from one of the world\'s greatest partnerships — that of Watt and
Matthew Boulton, a British manufacturer. Together, they tailored Watt\'s steam engine to any
company that could use it, amassing great fortunes for themselves but also sharing research over
vast distances.
Transportation was one of those important beneficiaries. By the early 1800s, high-pressure steam
engines had become compact enough to move beyond the factory, prompting the first steam-
powered locomotive to hit the rails in Britain in 1804. For the first time in history, goods were
transported over land by something other than the muscle of man or a animal.
The industrial revolution 2
The document discusses the key technological developments and innovations that drove the Industrial Revolution from the late 18th century to the mid-19th century. It outlines innovations in steam power, iron production, transportation (railroads, steamships), communication (telegraph, telephone), manufacturing (factory system, mass production), and agriculture that transformed economies and societies. The Industrial Revolution began in Britain and spread to other parts of Europe and North America, fundamentally changing how goods were produced and economies were organized.
Industrial revolution
This slide will give information about the history of industrial revolution were happened in Euro once upon a time.
More Related Content
Similar to PowerPoint_Presentation_ELA_World_History.ppt
Industrial Revolution PPT (2).ppt
The document discusses several key aspects of the Industrial Revolution:
1) It describes some of the major inventions that drove the Industrial Revolution in textiles, such as the spinning jenny and power loom.
2) It explains how the factory system replaced the domestic system of production and concentrated workers in factories.
3) It discusses some of the societal impacts of industrialization, including poor living conditions in urban areas and tension between social classes.
Industrial Revolution PPT.ppt
The document discusses key aspects of the Industrial Revolution. It began in England in the late 1700s due to several advantages the country possessed, including capital for investment, raw materials, markets through colonies, and geography. Major innovations like the steam engine and new transportation methods drove industrialization. The factory system replaced domestic production, concentrating workers in cities and leading to poor living conditions. Overall the Industrial Revolution greatly increased production through new technologies and transformed societies.
Steam-Engine-Essay
The steam engine was a pivotal invention that drove the Industrial Revolution and changed the world. It was developed over time by many inventors, with Thomas Newcomen building the first practical steam engine in 1712 to pump water out of mines. James Watt later improved the design in the 1760s, making the engine more powerful and efficient. The steam engine was then applied to factories, transportation like railroads and steamships, and other industries, vastly increasing production and transforming economies and societies.
Topic 1 Industrial Revolution
The Industrial Revolution began in the 18th century and led to many inventions that changed manufacturing. The steam engine was invented in 1712 and improved in 1769, allowing machines to operate without human or animal power. The spinning jenny was invented in 1764, automating the spinning of thread and making cloth production much faster. Eli Whitney invented the cotton gin in 1794, vastly increasing production of cotton. Samuel Morse invented the telegraph in 1844, allowing rapid long-distance communication. These inventions increased productivity and helped transition societies from agriculture to new industrial and urban environments.
Industrial Revolution PPT.ppt
The document provides an overview of the Industrial Revolution and its impacts. It discusses how the Industrial Revolution began in England in the late 1700s due to several factors, including natural resources and capital. Key inventions like the steam engine and cotton gin drove industrialization by mechanizing production. The factory system replaced domestic production and led to rapid urbanization. While industrialization boosted economic growth, it also caused social problems and tensions that led to reform movements. The document traces how industrialization then spread across Europe and to the United States in the late 1800s.
9.1 the industrial revolution spreads.ppt
The Industrial Revolution spread throughout Europe and the United States in the 1800s due to advancements in science, technology, and business organization. New industrial powers emerged like Germany and the U.S. that benefited from natural resources and adopting British innovations. Inventions like the Bessemer process for steel production, the electric motor, dynamo, light bulb, internal combustion engine, airplane, telegraph, telephone, and radio drove industrial growth. Manufacturing advanced through new methods using interchangeable parts and assembly lines. Big businesses formed as corporations owned by investors, some growing into monopolies and cartels that dominated entire industries and sparked debate around regulation.
19 1 the second industrial revolution
The document summarizes key developments during the Second Industrial Revolution in the United States in the late 19th century. It describes innovations such as the Bessemer Process that made steel production faster and cheaper; the growth of oil drilling and kerosene leading to increased demand for oil; Thomas Edison's invention of the light bulb and the development of power plants; Alexander Graham Bell's patent of the telephone; and advances in transportation including the first motorcar by the Duryea brothers and the Model T assembly line produced by Henry Ford.
1industrial revolution.pdf
The Industrial Revolution began in Britain due to agricultural innovations in the 1700s that increased food production and forced farmers into cities. This provided a large pool of laborers. Inventions like the spinning jenny, water frame, and spinning mule automated textile production. James Watt's steam engine was also a key innovation that powered factories. Improved transportation like canals, steamboats, and railroads connected factories to resources and markets, fueling further industrialization and economic growth.
History of wind power
The document summarizes the history and development of wind power from antiquity to the 21st century. It discusses early uses of wind power in ancient civilizations and the development of windmills in Persia and Europe in the Middle Ages. It then outlines the growth and commercialization of wind power in the 18th-19th centuries, followed by the development of large-scale wind farms and wind turbines to generate electricity in the 20th century, especially in Denmark and the US. The document concludes with modern developments such as multi-megawatt turbines, floating offshore wind farms, and efforts to increase wind power in the US through government targets and initiatives.
Industrial Revolution
The Industrial Revolution began in Great Britain in the late 1700s and spread throughout Europe and North America in the early 1800s. New machines like the spinning jenny and water frame mechanized textile production, increasing output. The development of steam power further mechanized factories and drove new machinery. This transition from manual labor to machine-driven mass production transformed economies and societies across the Western world.
t-mfl-490-ks2-famous-inventions-of-the-industrial-revolution-ppt-4_ver_1.pptx
The Industrial Revolution was a period from the 18th to late 19th century where Britain transformed from an agricultural to an industrial economy. Many people moved from rural areas to cities and towns to work in new factories. Key inventions like Thomas Newcomen's steam engine, James Hargreaves' spinning jenny, and Eli Whitney's cotton gin automated manufacturing and allowed it to occur on a much larger scale, driving this economic and social change. Transportation was also transformed through inventions like Richard Trevithick's steam locomotive and steamships.
Industialisierung
The document summarizes the history of the steam engine and several key inventions of the Industrial Revolution. It describes Thomas Newcomen building the first steam engine in 1712. James Watt then improved the design with a separate condenser. The document also outlines Richard Trevithick's invention of the first steam locomotive in 1803 and the Rainhill Trials competition won by George and Robert Stephenson's Rocket in 1829, demonstrating the effectiveness of locomotives. Finally, it mentions inventions like the spinning jenny and water frame that mechanized textile production and drove the Industrial Revolution.
The Expansion of Industry
The document discusses key factors that fueled industrialization in the US, including natural resources, government support of business, and a growing urban population. It outlines several important innovations and inventions such as the oil drilling process, the Bessemer steel process, and the development of steel frames that enabled the rise of large cities and railroads. Thomas Edison's research laboratory and inventions like the light bulb helped power the spread of electricity. Other inventors like the typewriter and telephone connected workers and opened new industries. Overall industrialization changed lives and landscapes through the application of new technologies and capital investments.
INDUSTRIAL REVOLUTION.pptx
The Industrial Revolution was a period from the late 18th to early 19th century where major changes in agriculture, manufacturing, mining, transport, and technology had a profound effect on socioeconomic and cultural conditions. New inventions like the steam engine allowed factories to mechanize production, while new processes like Bessemer steel made goods cheaper. This transition shifted economies from agriculture to industry and led to the rise of new social classes. The Industrial Revolution began in Britain and spread throughout Europe and North America.
The Industrial Revolution (AP European History)
The document summarizes key factors that contributed to the Industrial Revolution beginning in Britain in the late 18th century. Natural advantages like rivers for water power, coal deposits, iron ore, and established financial institutions provided early benefits. Inventions like the spinning jenny, water frame, and steam engine accelerated industrialization by increasing productivity. The steam engine then allowed factories to locate anywhere, fueling urbanization. Infrastructure like canals and railroads further improved transport of goods. While some economists warned of limits to growth, technological advances continually increased production capacity outstripping population increases.
The Invention Of The Steam Engine
The steam engine played a vital role in powering the Industrial Revolution. It was first invented in the late 17th century to power pumps in mines and saw many improvements over the following century. The steam engine powered factories and mills, allowing for faster production without human labor. It also powered new modes of transportation like trains and ships, efficiently moving goods and people. The steam engine was instrumental in developing infrastructure like railroads and waterways that further drove the Industrial Revolution.
Thomas Savery was an English inventor. He invented the first steam e.pdf
Thomas Savery was an English inventor. He invented the first steam engine. Why? What
significance would this have?
Solution
n 1698, British inventor Thomas Savery patented a steam-powered pump, which he described as
an \"engine to raise water by fire.\" Savery\'s very basic engine relied on steam to create a
vacuum and pull water upwards through a pipe — a theory that had been around for several
centuries but never successfully applied.
By that time, the speedy engine\'s reputation was gaining steam well beyond mining circles,
moving indoors to other areas of industry from metalworking to textiles, where it was adapted to
the rotating wheel system common in European mills.
A savvy businessman, Watt marketed his machine by calculating the number of horses his
engine would replace, coining the term \"horsepower\" in the process.
The simultaneous perfection of the steam engine and the beginning of the Industrial Revolution
is a chicken and egg scenario that historians have long debated. The world was becoming an
industrialized place before the advent of steam power, but would never have progressed so
quickly without it, they argue.
Factories that still relied on wind or water power to drive their machines during the Industrial
Revolution were confined to certain locales; steam meant that factories could be built anywhere,
not just along fast-flowing rivers.
Those factories benefited from one of the world\'s greatest partnerships — that of Watt and
Matthew Boulton, a British manufacturer. Together, they tailored Watt\'s steam engine to any
company that could use it, amassing great fortunes for themselves but also sharing research over
vast distances.
Transportation was one of those important beneficiaries. By the early 1800s, high-pressure steam
engines had become compact enough to move beyond the factory, prompting the first steam-
powered locomotive to hit the rails in Britain in 1804. For the first time in history, goods were
transported over land by something other than the muscle of man or a animal.
The industrial revolution 2
The document discusses the key technological developments and innovations that drove the Industrial Revolution from the late 18th century to the mid-19th century. It outlines innovations in steam power, iron production, transportation (railroads, steamships), communication (telegraph, telephone), manufacturing (factory system, mass production), and agriculture that transformed economies and societies. The Industrial Revolution began in Britain and spread to other parts of Europe and North America, fundamentally changing how goods were produced and economies were organized.
Industrial revolution
This slide will give information about the history of industrial revolution were happened in Euro once upon a time.
Similar to PowerPoint_Presentation_ELA_World_History.ppt (20)
t-mfl-490-ks2-famous-inventions-of-the-industrial-revolution-ppt-4_ver_1.pptx
t-mfl-490-ks2-famous-inventions-of-the-industrial-revolution-ppt-4_ver_1.pptx
Thomas Savery was an English inventor. He invented the first steam e.pdf
Thomas Savery was an English inventor. He invented the first steam e.pdf
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- 1. THE STEAM POWERED REVOLUTION PowerPoint by Larry Morris, Kevin Miller, Taaj Mccain, Colin Novath
- 2. Many may not know, but the original design for the steam engine was devised by a English military engineer named Thomas Savery.
- 3. He patented his idea in 1698.
- 4. A English Blacksmith, named Thomas Newcomen, made the first improvements on Thomas Savery's invention.
- 5. He named his engine "The Newcomen steam engine."
- 6. In 1765, James Watt was assigned the job of working on the Newcomen engine.
- 7. James worked on several improvements for Newcomen's engine.
- 8. His improvements made the steam engine more efficient and cost effective.
- 9. A mill engine from Stott Park Bobbin Mill, Cumbria, England Preserved British steam-powered fire engine A 1817 Boulton & Watt beam blowing engine, The uses of the steam engine.
- 10. Influences On The Future Led to modern day inventions such as: • Trains • Ships • Cranes • Tractors
- 11. POSITIVE EFFECTS ON SOCIETY • A growth in convienence for transporting goods. • Made it easier to obtain a variety of products from other places. • Different types of transportaion emerged.
- 12. NEGATIVE EFFECTS ON SOCIETY • Depeltion of fossil fuels. • Pollutted the air quality. • It became very time consuming.
- 13. Primary Source documents About.com "Steam Engine History." Inventors. Web. 24 Jan. 2011. <http://inventors.about.com/library/inventors/blsteamengine.h tm>. Youtube.com "YouTube - the Industrial Revolution the Steam Engine." YouTube - Broadcast Yourself. Web. 24 Jan. 2011. <http://www.youtube.com/results?search_query=the industrial revolution the steam engine&aq=f>. Ideafinder.com "Inventor James Watt Biography." The Great Idea Finder - Celebrating the Spirit of Innovation. Web. 24 Jan. 2011. <http://www.ideafinder.com/history/inventors/watt.htm>.