Industrial revoulution
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1. The document lists the scores of 10 students on an exam, with Akshaya Sarang scoring the highest at 73 and Kevin Dsouza scoring the lowest at 110. 2. It then provides information on the industrial revolution, including its causes in England, its phases from the late 1700s to today, and its effects such as large-scale production, increased national income, and the development of unsatisfactory factory conditions. 3. The industrial revolution spread from England to other European countries and later to other parts of the world such as Japan and America. The technological revolution brought many innovations from computers to the internet to mobile phones. The impact of the industrial revolution was greatest in England initially.
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The first book published by ASHRAE Hong Kong Chapter, being launched very soon. This is an excerpt of the Book.
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The document discusses the early Industrial Revolution, including where it began (Britain), reasons it began there, key features of early industrialism, effects of the revolution, inventions like the flying shuttle and spinning jenny that enabled industrialization, and concluding with a discussion of whether the revolution paved the way for explaining development.
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- William Henry Fox Talbot invented the calotype process in 1840, creating a paper negative that could produce positive prints, making photography more accessible.
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Tema 4
The Industrial Revolution began in Great Britain in the late 18th century and later spread to other parts of Europe and the United States. Key factors that drove the Industrial Revolution included population growth, agricultural advances, increased trade, and technological innovations such as the steam engine. These developments led to industrialization in three main sectors: textiles, iron and steel production, and transportation. The Industrial Revolution transformed economies and societies as it shifted populations from rural to urban areas and introduced new forms of production.
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past to its future.The invention of the telephone allowed the immediate and simultaneous interconnection of many people around the world for the first time
in human history. This produced many major benefits, such as the unprecedented rates of economic growth experienced in the last century. Therefore,
the twentieth century could be called the “Age of the Telephone.” Finally, some implications of an increasingly interconnected world
are considered, such as even faster development and knowledge creation.New mobile forms of communication in the twenty-first century are substituting
the old fixed landline telephones of the twentieth century, bringing cheaper, faster, better, and more-efficient ways to communicate in our
rapidly connecting planetary civilization.
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This document summarizes the history of media including cinema and photography. It discusses the evolution of mass media from print to the internet over 170 years. Key developments included the invention of paper in 100 BC, the printing press in 1445, the first newspaper in 1605, film in the late 1890s, radio in the 1920s, television in the late 1920s, computers in the 1970s, mobile phones in the late 1970s/1990s, and the internet in the 1990s. The document also categorizes cinema into narrative films, documentary films, and experimental films and discusses the development of photography from its invention in 1826.
Industrial revolution
The document discusses key events and developments during the Agricultural and Industrial Revolutions from 1650-1914. Some of the major points covered include:
1) Technological advancements like the seed drill, crop rotation, and heavier plows led to increased agricultural surplus in the late 17th century, providing more resources and labor for the emerging Industrial Revolution.
2) The Industrial Revolution was driven by new technologies in textiles, transportation, and manufacturing that increased production through methods like factories, steam power, and mechanization.
3) Social changes resulted from the Agricultural and Industrial Revolutions, including rapid urbanization, changing social classes, and increased availability of manufactured goods.
Running head A DRAFT OF INDUSTRIAL REVOLUTION AND THE RISE OF.docx
Running head: A DRAFT OF INDUSTRIAL REVOLUTION AND THE RISE OF
CAPITALISM
1
Nickflor Jean
Professors John Isenhour
Chamberlain University
HUMN303N-62360
8/19/2018
Running head: A DRAFT OF INDUSTRIAL REVOLUTION AND THE RISE OF
CAPITALISM
2
Industrial Revolution and the Rise of Capitalism
Introduction
The Industrial Revolution, which took place in the 18th and 19th centuries was
possibly the vital change in the history of humankind. It led to a turning point in the
manufacturing sector. Most countries turned from agriculturally based to industrial based
and produced a variety of goods in industries. Manufacturing turned from craftsmanship
to commercialism and thus increased output while decreasing the costs of production and
thus increasing the supply of goods on the market. Counties were able to produce more
for the consumption of their people and even of the export markets. The mass production
that came as a result of industrialization led to capitalism which led to the promotion of
wealth distribution among people. It led to the migration of people from the rural areas to
the capital cities in search of industrial jobs in the manufacturing companies (Hartwell,
1971). The rise of industrial revolution led to many changes including housing,
technological advancements, social and cultural changes, use of new materials in
industries and the introduction of new machinery among others.
Industrial Revolution
Steam and Coal
Industrial development was slow during the 1700s because of limited sources of
power and energy. Old technologies or source of power such as waterwheels, horsepower
and windmills were used to drive heavy machinery, coal pumping and textile mills. The
changes in steam technology revolutionized the situation as industries and factories could
get sufficient sources of energy. The first steam engine was unveiled in 1712 by Thomas
JOHN ISENHOUR
98440000000072591
Good thesis.
Running head: A DRAFT OF INDUSTRIAL REVOLUTION AND THE RISE OF
CAPITALISM
3
Newcomen which was driven by the piston engine. More inventions of steam engines
followed rapidly in that century. By 1800, there were more than 2000 seam engines at
work. During the industrial revolution, there were inventions in iron manufacturing,
which allowed the manufacture of durable metallic implements. There was also the use of
steam engines to help in the mining of coal.
The rise of factories
Before the inception of the industrial revolution, textile workers weaved threads
to cloth in their homes. In1979, Richard Arkwright, who had invented the water frame
patented it. The machine allowed a large scale spinning to occur at the same time. It made
it necessary to produce more thread and thus more clothes at the same time. James
Hargreaves late discovered the "spinning jenny" which also transformed the spinning of
cotton. The advance in technology further improved the weaving process. In the 1780s.
Modern world – ii
The document discusses the Industrial Revolution and its impacts. It began in Britain in the late 18th century, driven by new inventions and technologies like the steam engine. Factories using machinery replaced manual labor, and people moved from rural areas to cities for work. Britain was well positioned to industrialize due to its resources like coal and iron, as well as political and economic policies. The Industrial Revolution spread innovations that transformed industries such as textiles. It also contributed to imperialism and colonialism as countries competed for new markets and resources.
Humanities projectpp
The Baroque era saw the emergence of public opera houses, with the first opening in Venice, Italy in 1637. Early Baroque composers included Francesco Cavalli, Antonio Cesti, Jean-Baptiste Lully, and Henry Purcell. Later Baroque composers included Alessandro Scarlatti, Antonio Vivaldi, Jean-Philippe Rameau, George Frederic Handel, and others. By the 1630s, opera began attracting larger crowds by adding elements from popular comic theater and magical transformations, reflecting its Baroque nature.
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Micromachining Technology Seminar Presentation
Micromachining is used to create micrometer-scale parts and devices. It is derived from traditional machining processes but operates on a smaller scale using less force. There are several micromachining processes including micro milling, laser ablation, etching, and lithography that use mechanical forces, lasers, or chemical reactions to shape materials like ceramics, metals, polymers, and silicon. Micromachining is used to fabricate components for microelectromechanical systems, integrated circuits, medical devices, and more.
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This document discusses material handling equipment and its uses. Material handling involves the efficient movement of goods within facilities using various types of equipment. It improves efficiency, productivity, and profits. Popular brands utilize material handling solutions to gain competitive advantages. Common material handling equipment includes conveyors, cranes, forklifts, pallets, racks, and identification tools like barcodes and RFID tags. Safety for both materials and humans is also an important consideration.
material-handling
Materials handling involves the movement, storage, and packaging of materials through various means and equipment to efficiently transport materials where needed at the desired rate while minimizing costs and utilizing minimal space. It aims to safely and timely deliver materials from receipt and storage of raw materials through production processes to finished goods storage and dispatch. Materials handling is considered both an art and a science as there are often subjective considerations and multiple potential solutions to materials handling problems.
Material Handling
Material handling involves the movement, storage, and protection of materials. The main objectives are to reduce costs by minimizing handling distances and the number of times materials are handled. An efficient material handling system contributes to lower costs, higher productivity, and improved safety and quality. Factors such as production needs, material characteristics, and available equipment influence the selection of appropriate material handling methods and equipment.
Workshop practise
The document provides an overview of workshop practice courses taught in engineering programs. It discusses the objectives of workshop practice which are to provide hands-on experience with engineering materials, tools, equipment and manufacturing processes. It then summarizes the key trades covered in workshop practice, which include carpentry, fitting, plumbing, electrical works, sheet metal work, and welding. For each trade, it outlines the typical curriculum, tools used, and safe work practices. The goal of workshop practice is to integrate theoretical knowledge with practical skills needed for engineering product development and manufacturing.
Materials handling
Materials handling involves the movement, storage, and protection of materials. It aims to lower costs by reducing unit handling costs, cycle times, and damages while improving productivity, quality, and storage capacity. The selection of materials handling equipment depends on factors like the production problem, volume, layout, material properties, and capabilities/safety of personnel. Common equipment includes conveyors, cranes, industrial trucks, and auxiliary equipment. The design of handling systems is based on whether they are equipment-oriented, material-oriented, method-oriented, or function-oriented.
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This presentation is prepared as per syllabus of "COMMUNICATION ANALYSIS AND SKILL DEVELOPMENT PROGRAM (CASP)" prescribed by BOARD OF TECHNICAL EDUCATION, KARNATAKA for 5th sem diploma all branches.
This pptx is prepared by lots of information in websites,Textbooks(Author B
A Srinivas and M R Manjunath),And guidance of our lecturers Srinath V- B.E,FIE & M D Dayanand- B.E . SET Polytechnic, Melukote
Material handling
Material handling involves the movement, storage, and control of materials throughout the manufacturing process. It aims to reduce costs and improve efficiency. The document discusses various types of material handling equipment like conveyors, industrial trucks, cranes, and automated guided vehicles. It also outlines objectives like minimizing costs and distances materials are handled. Key considerations in designing material handling systems include the material characteristics, flow rates, and plant layout.
CNC MACHINE
The document discusses the history and development of computer numerical control (CNC) machine tools. It traces the evolution from manual machine tools to CNC machines, which are now controlled by programming codes and allow for automated, precise machining. The document also describes the different types of CNC machines and their applications in manufacturing industries like aerospace and automotive.
Jigs and Fixture
The document discusses jigs and fixtures, which are tools used to precisely locate and secure workpieces during manufacturing operations like machining. It defines jigs and fixtures, describes their key elements and principles of location and clamping. It also covers different types of locating and clamping devices as well as common types of jigs like drilling jigs. Jigs are used to guide cutting tools, while fixtures only position and hold the workpiece. Together, jigs and fixtures help improve accuracy, interchangeability and efficiency of mass production.
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Presentation1
The document outlines the history and key developments in photography and photojournalism from 1826 to the present:
- Joseph Nicéphore Niépce produced the first photographic image in 1826 using a bitumen-sensitized plaque and an 8-hour exposure through a camera obscura.
- William Henry Fox Talbot invented the calotype process in 1840, creating a paper negative that could produce positive prints, making photography more accessible.
- Roger Fenton photographed the Crimean War in 1855 using a converted horse-drawn darkroom, producing over 300 photos and pioneering war photography and photojournalism.
- The Lumière brothers introduced the first color photographic process, the autochrome
Timeline of media
The document outlines the timeline and key developments in media from the 15th century Gutenberg press to modern social media. It describes inventions like the telegraph, telephone, phonograph, photography, television, computers, mobile phones, and digital media that revolutionized communication and the spread of information over time. Major milestones included the first newspaper in 1666, Alexander Graham Bell's telephone patent in 1876, Thomas Edison's phonograph in 1877, the first commercial mobile phone in 1983, the launch of the World Wide Web and social media platforms like Facebook and Twitter.
Tema 4
The Industrial Revolution began in Great Britain in the late 18th century and later spread to other parts of Europe and the United States. Key factors that drove the Industrial Revolution included population growth, agricultural advances, increased trade, and technological innovations such as the steam engine. These developments led to industrialization in three main sectors: textiles, iron and steel production, and transportation. The Industrial Revolution transformed economies and societies as it shifted populations from rural to urban areas and introduced new forms of production.
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past to its future.The invention of the telephone allowed the immediate and simultaneous interconnection of many people around the world for the first time
in human history. This produced many major benefits, such as the unprecedented rates of economic growth experienced in the last century. Therefore,
the twentieth century could be called the “Age of the Telephone.” Finally, some implications of an increasingly interconnected world
are considered, such as even faster development and knowledge creation.New mobile forms of communication in the twenty-first century are substituting
the old fixed landline telephones of the twentieth century, bringing cheaper, faster, better, and more-efficient ways to communicate in our
rapidly connecting planetary civilization.
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This document summarizes the history of media including cinema and photography. It discusses the evolution of mass media from print to the internet over 170 years. Key developments included the invention of paper in 100 BC, the printing press in 1445, the first newspaper in 1605, film in the late 1890s, radio in the 1920s, television in the late 1920s, computers in the 1970s, mobile phones in the late 1970s/1990s, and the internet in the 1990s. The document also categorizes cinema into narrative films, documentary films, and experimental films and discusses the development of photography from its invention in 1826.
Industrial revolution
The document discusses key events and developments during the Agricultural and Industrial Revolutions from 1650-1914. Some of the major points covered include:
1) Technological advancements like the seed drill, crop rotation, and heavier plows led to increased agricultural surplus in the late 17th century, providing more resources and labor for the emerging Industrial Revolution.
2) The Industrial Revolution was driven by new technologies in textiles, transportation, and manufacturing that increased production through methods like factories, steam power, and mechanization.
3) Social changes resulted from the Agricultural and Industrial Revolutions, including rapid urbanization, changing social classes, and increased availability of manufactured goods.
Running head A DRAFT OF INDUSTRIAL REVOLUTION AND THE RISE OF.docx
Running head: A DRAFT OF INDUSTRIAL REVOLUTION AND THE RISE OF
CAPITALISM
1
Nickflor Jean
Professors John Isenhour
Chamberlain University
HUMN303N-62360
8/19/2018
Running head: A DRAFT OF INDUSTRIAL REVOLUTION AND THE RISE OF
CAPITALISM
2
Industrial Revolution and the Rise of Capitalism
Introduction
The Industrial Revolution, which took place in the 18th and 19th centuries was
possibly the vital change in the history of humankind. It led to a turning point in the
manufacturing sector. Most countries turned from agriculturally based to industrial based
and produced a variety of goods in industries. Manufacturing turned from craftsmanship
to commercialism and thus increased output while decreasing the costs of production and
thus increasing the supply of goods on the market. Counties were able to produce more
for the consumption of their people and even of the export markets. The mass production
that came as a result of industrialization led to capitalism which led to the promotion of
wealth distribution among people. It led to the migration of people from the rural areas to
the capital cities in search of industrial jobs in the manufacturing companies (Hartwell,
1971). The rise of industrial revolution led to many changes including housing,
technological advancements, social and cultural changes, use of new materials in
industries and the introduction of new machinery among others.
Industrial Revolution
Steam and Coal
Industrial development was slow during the 1700s because of limited sources of
power and energy. Old technologies or source of power such as waterwheels, horsepower
and windmills were used to drive heavy machinery, coal pumping and textile mills. The
changes in steam technology revolutionized the situation as industries and factories could
get sufficient sources of energy. The first steam engine was unveiled in 1712 by Thomas
JOHN ISENHOUR
98440000000072591
Good thesis.
Running head: A DRAFT OF INDUSTRIAL REVOLUTION AND THE RISE OF
CAPITALISM
3
Newcomen which was driven by the piston engine. More inventions of steam engines
followed rapidly in that century. By 1800, there were more than 2000 seam engines at
work. During the industrial revolution, there were inventions in iron manufacturing,
which allowed the manufacture of durable metallic implements. There was also the use of
steam engines to help in the mining of coal.
The rise of factories
Before the inception of the industrial revolution, textile workers weaved threads
to cloth in their homes. In1979, Richard Arkwright, who had invented the water frame
patented it. The machine allowed a large scale spinning to occur at the same time. It made
it necessary to produce more thread and thus more clothes at the same time. James
Hargreaves late discovered the "spinning jenny" which also transformed the spinning of
cotton. The advance in technology further improved the weaving process. In the 1780s.
Modern world – ii
The document discusses the Industrial Revolution and its impacts. It began in Britain in the late 18th century, driven by new inventions and technologies like the steam engine. Factories using machinery replaced manual labor, and people moved from rural areas to cities for work. Britain was well positioned to industrialize due to its resources like coal and iron, as well as political and economic policies. The Industrial Revolution spread innovations that transformed industries such as textiles. It also contributed to imperialism and colonialism as countries competed for new markets and resources.
Humanities projectpp
The Baroque era saw the emergence of public opera houses, with the first opening in Venice, Italy in 1637. Early Baroque composers included Francesco Cavalli, Antonio Cesti, Jean-Baptiste Lully, and Henry Purcell. Later Baroque composers included Alessandro Scarlatti, Antonio Vivaldi, Jean-Philippe Rameau, George Frederic Handel, and others. By the 1630s, opera began attracting larger crowds by adding elements from popular comic theater and magical transformations, reflecting its Baroque nature.
Timeline of media
The document summarizes the evolution of key media technologies from their origins to modern forms. It describes the invention of the printing press by Johannes Gutenberg in 1439, the first camera by Joseph Nicéphore Niépce in 1816, the first telephone by Alexander Graham Bell in 1876, the first television by Philo Taylor Farnsworth in 1928, and the first social media site Six Degrees in 1997. It then discusses how these technologies evolved with later innovations like the Kodak camera, mobile phones, websites like Facebook and YouTube, and services like Netflix and Sky TV.
Industrial revolution
The Industrial Revolution began in the 1700s in Europe, sparked by new inventions like James Watt's improved steam engine. Important figures who contributed to innovations included Karl Marx, Edmund Cartwright, Sir Humphrey Davy, Joseph Locke, and Sir Henry Bessemer. The Industrial Revolution transformed the global economy and greatly increased production through the widespread use of new machinery. It allowed industrialization to spread from Britain to other parts of Europe and eventually the rest of the world over the 1800s.
Market Revolution And The Industrial Revolution
The Industrial Revolution led to rapid changes in production methods and society. New inventions like the seed drill boosted crop yields, feeding a growing population and freeing up workers for factory jobs. While mass production increased efficiency and profits, it also exploited laborers through long hours, unsafe conditions, and low pay. This inequality and unrest helped spur political ideologies like communism as a response to the social impacts of the Industrial Revolution.
Industrial revolution are we ready
The document discusses the four industrial revolutions: the first used water and steam power to mechanize production; the second used electric power to create mass production; the third used computers and automation to digitize production. The fourth industrial revolution (4IR) is currently underway, characterized by emerging technologies fusing the physical, digital and biological worlds like nanotechnology, robotics, 3D printing, artificial intelligence and autonomous vehicles. While these changes may lead to controversial advances in biotechnology or lost jobs due to automation, the 4IR will impact all aspects of society.
Inventions Of The Industrial Revolution
The Industrial Revolution was a period from the late 18th century to the mid-19th century where agrarian societies became more industrial and urban. New technologies like the steam engine allowed production to shift from homes to factories, increasing output. Mass production and the division of labor in factories also increased efficiency and lowered costs. Inventions like the steam engine, mechanization of factories, and the telegraph drove changes in how people lived and worked during this revolutionary time.
The lumiere legacy assignment two b
The Lumiere brothers, Auguste and Louis Lumiere, were French filmmakers born in the 19th century who are considered the first filmmakers in history. They invented the cinematograph, a device that could both film and project movies, and held the first public film screening in 1895 which is considered the birth of the commercial film industry. Their early films were mostly short documentary-style films showing everyday scenes and events. While not the only pioneers of early film technology, the Lumiere brothers are credited with being the first to demonstrate how motion pictures could be mass produced and distributed as a new form of popular entertainment.
The lumiere legacy assignment two b
The Lumiere brothers, Auguste and Louis Lumiere, were French filmmakers born in the 19th century who are considered the first filmmakers in history. They developed the cinematograph, a device that could both film and project movies, and held the first public film screening in 1895 which is considered the birth of the commercial film industry. Their early films were mostly short documentary-style pieces showing everyday scenes and events. While not the only pioneers of movie technology, the Lumiere brothers helped establish film as a new mass medium through their development of motion picture equipment and hosting the first commercial film exhibition.
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The document provides an overview of the origins and key developments of the Industrial Revolution in Britain. It discusses early inventions like the spinning jenny and steam engine that mechanized textile production. It also covers improvements to agriculture that increased food production and displaced rural workers. The growth of new industries like steel, oil, transportation and communication are examined as Britain transformed into the world's first industrialized nation in the late 18th and early 19th centuries. Key inventors and their inventions that drove this process are named.
How Did The Industrial Revolution Affect America
The Industrial Revolution began in Great Britain in the 1700s and spread to Europe and the United States. It marked a shift from manual labor and production to mechanized factory systems, driving social and economic changes. In America, the Industrial Revolution led to the rise of factories in the North, driving migration to cities, changing work from agriculture to industry, and fueling growth in transportation networks. New inventions improved lives but working conditions in factories were often poor.
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Industrial revoulution
- 2. 1. Akshaya Sarang…………73 2. Pooja Semlani……………76 3. Priyanka Tripathi………....97 4. Dhara Upadhyay…………98 5. Harshali Yadav………….104
- 3. 6. Priyanka Yadav……….…106 7. Rachael Carrasco…….....107 8. Kevin Dsouza…………….110 9.Gaurav Gupta……............112 10.Vibha Pande……………..113
- 4. Introduction Causes of industrial revolution Phases-I of industrial revolution Phases-II of industrial revolution Phases-III of industrial revolution Effects of industrial revolution Impact Content
- 5. Industrial revolution is a period of major industrialization that took place during the late 1700s and early 1800s. The Industrial Revolution, beginning in Great Britain, quickly spread throughout the world. This time period saw the mechanization of agriculture and textile manufacturing and a revolution in power
- 7. It was started in England. it entitled English citizens to political rights, brought stability to England government which gave rise to progressive society and favored new discoveries and inventions.
- 10. • Increase in Demand for English Goods. • Naval Supremacy & Peaceful Atmosphere. • Rivers for Producing Electricity. • Avaibility of Coal & Iron-Coal and Iron.
- 11. 1. Machines and Labor (1770 – 1830) 2. Technical Revolution (1830 – 1870) 3. Technological Revolution (1870…)
- 13. John Kay’s “Flying Shuttle” 1733
- 14. Edmund Cartwright's “Power Loom” 1785
- 15. James Watt’s “Steam Engine” 1769
- 16. Steam Tractor
- 17. Steam Ship
- 20. oBritish cotton and woolen industries were established in Netherlands. oMachinery for manufacture of consumers goods was also being exported to different countries. oThen the machines were introduced in France, Belgium, Switzerland and Germany.
- 21. oRussia was the last of the big European powers to have an industrial revolution. oThe American industries grew very rapidly after 1870. oJapan was the first country in Asia to get industrialized.
- 23. In 1947 the transistor and digital computers were invented. Internet was introduced in 1969-Networks were developed in the late 1960`s and early 1970`s.
- 24. Motorola created the first mobile phone, Motorola DynaTac in 1983. The first true digital camera was created by Steve sasson in 1988. In 1991 the World Wide Web was released to the public.
- 25. Gramophone record to CD (released 1982) and MP3 (released 1994 for computers only first MP3 player 1998). VHS tape to Video CD (1993), DVD (1997) and Blu- ray (2006). Analog broadcasting to digital broadcasting. Payphone and landline phone to cell phone (mid-1990s to mid-2000s).
- 26. Typewriter to printer (1980s to mid- 1990s). Mail to email (mid to late 1990s). Analog photography (film photography) to digital photography (first digicam sold in 1989).
- 28. EFFECTS
- 29. Large scale production. Increase in National Income of England. Improvement of Standard of Living Big Factories & Industrial towns. Development of Banking.
- 30. Unsatisfactory Conditions in Factories. Lack of Drainage system & Poor Town Planning. Unemployment & Job-Security not Provided.
- 31. Search for New Market for Surplus & Economic Exploitation. Need for Parliamentary reforms. Chartist movement.
- 33. •Impact was Greatest in England. •Labor Problem. •New concepts.
- 35. Bibliographic Sources Content taken from –”History text book- Hussain Naqvi” Wikipedia.