The document discusses the Industrial Revolution, providing details about its causes, impacts, and timeline. It began in Britain between 1780-1850 due to economic and political factors, and the availability of natural resources like coal. Key developments included the use of steam power and new machinery in textile, transportation, communication, and other sectors, which increased production. This led to population growth and urbanization but also poor living/working conditions, child labor, and protests. Reforms to child labor laws were gradually implemented between 1819-1847.
The Industrial Revolution began in the 18th century in England and spread to other parts of the world. It involved technological, socioeconomic, and cultural changes including the use of new materials like iron and steel, new energy sources like coal, and new machines. It allowed for increased production and the rise of factories. While Britain and Belgium industrialized first, other European countries and later countries like the US, Germany, Japan, Soviet Union, China, and India industrialized as well through the 19th and 20th centuries. Major world's fairs and exhibitions like the Great Exhibition of 1851 and the 1889 Paris Exposition highlighted industrial and technological developments and innovations. Related artistic movements like Arts and Crafts and Art Nouveau rejected mass
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.
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.
The document summarizes the key events and factors that led to the Industrial Revolution beginning in Great Britain in the late 18th century. It describes how Great Britain had political stability, access to capital from its colonies, natural resources like coal and iron ore, a large workforce, and developments in agriculture and transportation. New machinery and technologies increased agricultural and later industrial production. The textile and iron industries were among the first to mechanize and use factories. The Industrial Revolution then spread from Great Britain to other parts of Europe and North America in the 19th century, driven by new innovations, capital investment, and a shift from rural to urban living.
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.
The document summarizes key aspects of the Industrial Revolution that occurred in Britain between the late 18th and early 19th centuries. It overviews how Britain transitioned from an agrarian economy to one powered by machinery, steam, and factories. This industrialization process had wide-ranging economic, political, and social impacts, including increased production, changes to the social class structure, and both benefits and problems for workers. The text provides details on several important innovations, such as steam engines and cotton manufacturing machines, that drove Britain's industrial transformation.
Why industrial revolution started in britianBibhushan KC
?
The presentation discusses several key reasons why the Industrial Revolution started in Britain:
1) Britain had natural resources like coal and iron as well as harbors and rivers for transportation. 2) An earlier Agricultural Revolution increased farm productivity and population growth. 3) Britain had colonies that provided raw materials and markets for manufactured goods. 4) British society was egalitarian and open to new ideas and technologies.
Industrialization began in England first due to several key factors:
1) Agricultural advances increased food production and freed up labor to work in factories.
2) England's colonial expansion and international trade networks accumulated capital for investment.
3) The Enclosure Movement consolidated small land holdings into larger commercial farms.
4) Inventions like the steam engine and cotton gin drove new technologies and industries.
The document provides an overview of the First Industrial Revolution including key developments and factors that enabled it to begin in Britain. It discusses improvements in transportation like steamships and railroads. It also examines the growth of industries like textiles and how innovations in iron and coal production fueled further industrialization. Social changes are also summarized such as rural to urban migration, changing gender roles, and the development of labor movements in response to poor working conditions.
The Industrial Revolution began in Britain in the late 18th century due to various agricultural, technological, and economic developments. More efficient farming led to a surplus rural population that moved to cities to work in new factories powered by steam engines. Britain had ample coal and other natural resources and entrepreneurs like James Watt who improved the steam engine. In the 19th century, industrialization spread across Europe, aided by new transportation networks like railroads and new technologies like mechanized factories. While industrialization increased production and wealth, it also led to urbanization, pollution, and difficult working conditions, especially for children.
The Industrial Revolution began in Great Britain in the late 18th century and led to rapid industrialization and major social changes. New machines were invented to increase production in textiles, iron manufacturing, and other industries. Steam power was also developed to help power factories. As a result, there was a mass movement of people from rural areas to cities to work in the new factories. The Industrial Revolution transformed economies and had widespread effects on social, cultural, and economic conditions.
The document discusses the Industrial Revolution, which took place from the 18th to 19th centuries and marked a shift from manual labor and production in homes to machine-based, factory production. Key developments included inventions like the spinning jenny and water frame that mechanized the textile industry, James Watt's improvements to the steam engine, using coal instead of wood to produce iron, and building canals and early railways to improve transportation of goods. These changes resulted in much higher volumes of manufactured goods but also difficult working conditions and consequences for employment and society.
The Industrial Revolution occurred between 1750-1840 in Britain and was driven by increases in population, agricultural productivity gains, and economic liberalism. Key developments included the invention of steam power by James Watt in 1776, which allowed factories to operate machinery faster and more efficiently. New textile and metalworking industries emerged, fueled primarily by coal. The Revolution transformed society through new social classes and poor living/working conditions for many, while also increasing overall production and wealth.
Pdf version of euapps4 us.pdf industrial revolutionCharo Cuart
?
The Industrial Revolution occurred between 1750-1840 in Britain and was driven by increases in production from the use of machines powered by new energy sources like steam. It marked a major change in history that influenced all aspects of daily life. The key causes were the demographic, agricultural, and economic liberalism revolutions. New technologies like the steam engine and factories transformed industries like textiles while also creating new social classes and poor living/working conditions for many. The revolution later spread to other countries and transformed economies around the world through industrialization.
The Industrial Revolution transformed the textile industry through innovations like the spinning jenny and power loom in the late 18th century. These machines greatly increased productivity while requiring less human labor. The iron industry also played a key role through developments like Darby's coke-fueled furnace and Bessemer's inexpensive steel production process in the 1850s. The steam engine was integral as well, first being developed as a pumping engine and later powering machinery, transportation and ships through Watt's improvements in the 1770s. Transportation underwent significant changes with innovations like Fulton's steamboat in the early 1800s and the development of railways in the 1830s.
The Industrial Revolution consisted of major economic, technological, and social changes that began in the late 18th century in Britain and spread throughout Europe and North America. Key factors that drove the Industrial Revolution included the Agricultural Revolution, which increased food supply and allowed more people to move to cities to work in factories; demographic changes including decreasing death rates and increasing populations; and new ideas of economic liberalism. The First Industrial Revolution saw the development of factories powered by steam engines and the rise of industries like textiles and iron production. The Second Industrial Revolution began around 1870 and featured new energy sources like electricity and oil, as well as new industries like steel and chemicals. The Industrial Revolution transformed societies from rural and agriculture-based to urban and industry
The Industrial Revolution transformed societies from agrarian and rural to industrial and urban between the 18th and 19th centuries. It began in Great Britain due to favorable conditions like abundant natural resources, available labor from displaced farmers, and capital from Britain's growing empire. Innovations in textiles, iron production, steam power, and transportation like railroads laid the foundations for mass production and factory systems. While industrial capitalism increased overall wealth and production, working conditions were often difficult and standards of living did not necessarily improve for many workers during this period of dramatic change.
The Industrial Revolution began in Britain in the late 18th century and spread around the world, driven by new steam engine technology. The steam engine was invented to pump water out of coal mines, allowing mines to go deeper. It was later applied to factories and manufacturing. Along with the growth of the cotton industry, the steel industry also grew rapidly due to Britain's large coal reserves, which fueled industry more efficiently than wood. The effects of the Industrial Revolution transformed Western Europe and North America's economy from one based on manual labor to one dominated by machinery and industry.
The document discusses the spread of the Industrial Revolution. It began in the late 18th century in Britain and then spread to other countries starting around 1830. Britain industrialized first due to favorable factors such as natural resources, capital from trade and agriculture, and technical innovation. Nearby countries like Belgium and France then industrialized followed by more distant ones like Germany and the United States in the later 1800s. Japan industrialized last in the 19th century after opening to foreign influence. New transportation technologies also aided the rise of industry and global trade.
This includes complete notes needed for the chapter Industrialization included in CBSE Class X Curriculum.
The notes are prepared by topper of CBSE who scored A1 in Social Science and a 10 CGPA.
The Industrial Revolution began around 1760 in Great Britain and spread to Western Europe and the United States within a few decades. It marked the transition from manual production methods to machines, new chemical and iron production processes, and improved water power efficiency. Before the Industrial Revolution, the population grew slowly, mortality rates were high, and the economy was largely agricultural with little industry and handcrafted goods. The causes of the Industrial Revolution included a need to produce goods faster using machines to sell for more money. It began with the invention of the steam engine and trains.
The Industrial Revolution began in 18th century England and was driven by new technologies like the steam engine. James Watt significantly improved the steam engine, making it more powerful and efficient. This allowed factories to mechanize production using steam power instead of human or animal labor. The textile industry was an early adopter of these new machines. The Industrial Revolution transformed the economy and society, leading to urbanization, a rise of capitalism, and a new social class of industrial workers.
The Industrial Revolution began in 18th century England and was driven by new technologies like the steam engine. James Watt significantly improved the steam engine, making it more powerful and efficient. This allowed factories to mechanize production using steam power instead of human or animal labor. The textile industry was an early adopter of these new machines. The Industrial Revolution transformed the economy and society, leading to urbanization, a rise of capitalism, and a new social class system divided between industrial capitalists and workers.
The Industrial Revolution transformed the world from the 18th to 19th centuries as societies became more industrial and urban. It began in Great Britain due to favorable conditions like abundant natural resources, available labor from displaced farmers, capital from Britain's growing empire, and innovations in steam power, manufacturing, and transportation. While industrialization increased production and raised living standards overall, the early factory system also subjected many workers, including children, to difficult and unsafe conditions with long hours and low pay. The Industrial Revolution marked a key turning point in history, bringing massive social and economic changes globally.
This presentation was delivered to the HTAV annual conference 2012 and looks at key developments of the Industrial Revolution and how these ideas travelled to Australia during the Gold Rushes and transformed society there.
UNIT 5 - The Industrial Revolution (Presentation).pdfJaimeAlonsoEdu
?
The Industrial Revolution began in the 18th century in Great Britain and transformed the economy from an agricultural to an industrial base. New technologies like the steam engine allowed for mechanized production in factories instead of manual labor. This increased productivity but also led to poor working conditions and the rise of social classes. The working class lived in crowded, unsanitary cities separated from the bourgeoisie. In response, labor movements organized to demand better treatment and pay. The revolution later spread across Western Europe and North America, ushering in widespread social and economic changes.
Why industrial revolution started in britianBibhushan KC
?
The presentation discusses several key reasons why the Industrial Revolution started in Britain:
1) Britain had natural resources like coal and iron as well as harbors and rivers for transportation. 2) An earlier Agricultural Revolution increased farm productivity and population growth. 3) Britain had colonies that provided raw materials and markets for manufactured goods. 4) British society was egalitarian and open to new ideas and technologies.
Industrialization began in England first due to several key factors:
1) Agricultural advances increased food production and freed up labor to work in factories.
2) England's colonial expansion and international trade networks accumulated capital for investment.
3) The Enclosure Movement consolidated small land holdings into larger commercial farms.
4) Inventions like the steam engine and cotton gin drove new technologies and industries.
The document provides an overview of the First Industrial Revolution including key developments and factors that enabled it to begin in Britain. It discusses improvements in transportation like steamships and railroads. It also examines the growth of industries like textiles and how innovations in iron and coal production fueled further industrialization. Social changes are also summarized such as rural to urban migration, changing gender roles, and the development of labor movements in response to poor working conditions.
The Industrial Revolution began in Britain in the late 18th century due to various agricultural, technological, and economic developments. More efficient farming led to a surplus rural population that moved to cities to work in new factories powered by steam engines. Britain had ample coal and other natural resources and entrepreneurs like James Watt who improved the steam engine. In the 19th century, industrialization spread across Europe, aided by new transportation networks like railroads and new technologies like mechanized factories. While industrialization increased production and wealth, it also led to urbanization, pollution, and difficult working conditions, especially for children.
The Industrial Revolution began in Great Britain in the late 18th century and led to rapid industrialization and major social changes. New machines were invented to increase production in textiles, iron manufacturing, and other industries. Steam power was also developed to help power factories. As a result, there was a mass movement of people from rural areas to cities to work in the new factories. The Industrial Revolution transformed economies and had widespread effects on social, cultural, and economic conditions.
The document discusses the Industrial Revolution, which took place from the 18th to 19th centuries and marked a shift from manual labor and production in homes to machine-based, factory production. Key developments included inventions like the spinning jenny and water frame that mechanized the textile industry, James Watt's improvements to the steam engine, using coal instead of wood to produce iron, and building canals and early railways to improve transportation of goods. These changes resulted in much higher volumes of manufactured goods but also difficult working conditions and consequences for employment and society.
The Industrial Revolution occurred between 1750-1840 in Britain and was driven by increases in population, agricultural productivity gains, and economic liberalism. Key developments included the invention of steam power by James Watt in 1776, which allowed factories to operate machinery faster and more efficiently. New textile and metalworking industries emerged, fueled primarily by coal. The Revolution transformed society through new social classes and poor living/working conditions for many, while also increasing overall production and wealth.
Pdf version of euapps4 us.pdf industrial revolutionCharo Cuart
?
The Industrial Revolution occurred between 1750-1840 in Britain and was driven by increases in production from the use of machines powered by new energy sources like steam. It marked a major change in history that influenced all aspects of daily life. The key causes were the demographic, agricultural, and economic liberalism revolutions. New technologies like the steam engine and factories transformed industries like textiles while also creating new social classes and poor living/working conditions for many. The revolution later spread to other countries and transformed economies around the world through industrialization.
The Industrial Revolution transformed the textile industry through innovations like the spinning jenny and power loom in the late 18th century. These machines greatly increased productivity while requiring less human labor. The iron industry also played a key role through developments like Darby's coke-fueled furnace and Bessemer's inexpensive steel production process in the 1850s. The steam engine was integral as well, first being developed as a pumping engine and later powering machinery, transportation and ships through Watt's improvements in the 1770s. Transportation underwent significant changes with innovations like Fulton's steamboat in the early 1800s and the development of railways in the 1830s.
The Industrial Revolution consisted of major economic, technological, and social changes that began in the late 18th century in Britain and spread throughout Europe and North America. Key factors that drove the Industrial Revolution included the Agricultural Revolution, which increased food supply and allowed more people to move to cities to work in factories; demographic changes including decreasing death rates and increasing populations; and new ideas of economic liberalism. The First Industrial Revolution saw the development of factories powered by steam engines and the rise of industries like textiles and iron production. The Second Industrial Revolution began around 1870 and featured new energy sources like electricity and oil, as well as new industries like steel and chemicals. The Industrial Revolution transformed societies from rural and agriculture-based to urban and industry
The Industrial Revolution transformed societies from agrarian and rural to industrial and urban between the 18th and 19th centuries. It began in Great Britain due to favorable conditions like abundant natural resources, available labor from displaced farmers, and capital from Britain's growing empire. Innovations in textiles, iron production, steam power, and transportation like railroads laid the foundations for mass production and factory systems. While industrial capitalism increased overall wealth and production, working conditions were often difficult and standards of living did not necessarily improve for many workers during this period of dramatic change.
The Industrial Revolution began in Britain in the late 18th century and spread around the world, driven by new steam engine technology. The steam engine was invented to pump water out of coal mines, allowing mines to go deeper. It was later applied to factories and manufacturing. Along with the growth of the cotton industry, the steel industry also grew rapidly due to Britain's large coal reserves, which fueled industry more efficiently than wood. The effects of the Industrial Revolution transformed Western Europe and North America's economy from one based on manual labor to one dominated by machinery and industry.
The document discusses the spread of the Industrial Revolution. It began in the late 18th century in Britain and then spread to other countries starting around 1830. Britain industrialized first due to favorable factors such as natural resources, capital from trade and agriculture, and technical innovation. Nearby countries like Belgium and France then industrialized followed by more distant ones like Germany and the United States in the later 1800s. Japan industrialized last in the 19th century after opening to foreign influence. New transportation technologies also aided the rise of industry and global trade.
This includes complete notes needed for the chapter Industrialization included in CBSE Class X Curriculum.
The notes are prepared by topper of CBSE who scored A1 in Social Science and a 10 CGPA.
The Industrial Revolution began around 1760 in Great Britain and spread to Western Europe and the United States within a few decades. It marked the transition from manual production methods to machines, new chemical and iron production processes, and improved water power efficiency. Before the Industrial Revolution, the population grew slowly, mortality rates were high, and the economy was largely agricultural with little industry and handcrafted goods. The causes of the Industrial Revolution included a need to produce goods faster using machines to sell for more money. It began with the invention of the steam engine and trains.
The Industrial Revolution began in 18th century England and was driven by new technologies like the steam engine. James Watt significantly improved the steam engine, making it more powerful and efficient. This allowed factories to mechanize production using steam power instead of human or animal labor. The textile industry was an early adopter of these new machines. The Industrial Revolution transformed the economy and society, leading to urbanization, a rise of capitalism, and a new social class of industrial workers.
The Industrial Revolution began in 18th century England and was driven by new technologies like the steam engine. James Watt significantly improved the steam engine, making it more powerful and efficient. This allowed factories to mechanize production using steam power instead of human or animal labor. The textile industry was an early adopter of these new machines. The Industrial Revolution transformed the economy and society, leading to urbanization, a rise of capitalism, and a new social class system divided between industrial capitalists and workers.
The Industrial Revolution transformed the world from the 18th to 19th centuries as societies became more industrial and urban. It began in Great Britain due to favorable conditions like abundant natural resources, available labor from displaced farmers, capital from Britain's growing empire, and innovations in steam power, manufacturing, and transportation. While industrialization increased production and raised living standards overall, the early factory system also subjected many workers, including children, to difficult and unsafe conditions with long hours and low pay. The Industrial Revolution marked a key turning point in history, bringing massive social and economic changes globally.
This presentation was delivered to the HTAV annual conference 2012 and looks at key developments of the Industrial Revolution and how these ideas travelled to Australia during the Gold Rushes and transformed society there.
UNIT 5 - The Industrial Revolution (Presentation).pdfJaimeAlonsoEdu
?
The Industrial Revolution began in the 18th century in Great Britain and transformed the economy from an agricultural to an industrial base. New technologies like the steam engine allowed for mechanized production in factories instead of manual labor. This increased productivity but also led to poor working conditions and the rise of social classes. The working class lived in crowded, unsanitary cities separated from the bourgeoisie. In response, labor movements organized to demand better treatment and pay. The revolution later spread across Western Europe and North America, ushering in widespread social and economic changes.
Johnson's Rule is a technique for minimizing completion time when processing jobs through two machines. It involves listing job processing times and scheduling the job with the shortest second machine time last, and the job with the shortest first machine time first, working toward the middle. An example applies the rule to five jobs being processed on a drill machine and lathe, determining the optimal sequence as B, E, D, C, A.
This document discusses production planning and control (PPC). It defines PPC as planning, directing, and controlling material supply and processing activities to produce specified products using available resources. The objectives of PPC are to determine input factors, coordinate resources efficiently, establish and monitor targets, ensure material flow, and produce quality output on time. PPC involves production planning, control, engineering, materials management, inventory control, and shipping/receiving. Factors like interdependence of activities, operations, capacity variations, order size, and manufacturing system nature determine the PPC approach. PPC aims to liase with purchasing and marketing, plan layouts and schedules, ensure quality control, and complete work on schedule. The importance is reducing costs
This document discusses inventory control models, including deterministic and probabilistic models. It describes several deterministic inventory models: a purchase model with instantaneous replenishment and no shortages, a manufacturing model without shortages, a purchase model with instantaneous replenishment and shortages, and a manufacturing model with shortages. For each model, it provides the key parameters and equations for calculating optimal order quantity, inventory levels, time periods, and number of orders per year. Sample problems are also included to demonstrate how to apply the models.
Queuing theory is a collection of mathematical models used to analyze systems with random variability in demand and service times, like customer arrival times at service facilities. Queues form when demand exceeds service capacity, meaning customers must wait for service rather than being served immediately. Queuing models help determine optimal levels of service, like the number of cash registers or repair technicians needed. Key components of queuing systems include the input source (size, arrival patterns), service system configuration (number of servers/queues), and service speed (rate or time).
This document discusses the transportation problem and algorithm to solve it. The objective is to determine how to transport goods from supply centers to demand centers to satisfy demand at minimum cost, given supply and demand constraints. The transportation algorithm involves: 1) Formulating the problem in a matrix, 2) Obtaining an initial feasible solution using methods like Northwest Corner, 3) Testing optimality and updating the solution using the MODI method until optimal. An example illustrates the process.
Plant location is the determination of where to locate a facility to minimize total delivered costs. It is important because relocating plants is difficult and expensive. In general, plants should be located where people support its success, the product can sell profitably, and production costs are low. When selecting a site, factors like raw materials, markets, utilities, transportation, climate, policies, and competition between regions/communities must be considered. The exact site must also consider soil/size/topography, waste disposal, and urban vs. rural tradeoffs. Models can help evaluate factors and multiple locations. Information comes from various ministries, research groups, and chambers of commerce.
Production management deals with decision making related to production processes to produce goods or services according to specifications, amounts, and schedules at minimum cost. The ultimate objectives of production management are to produce products at pre-established cost, specified quality, and within scheduled time frames. Intermediate objectives include achieving goals for machinery, equipment, material, manpower, and manufacturing services. The scope of production management includes product selection and design, production planning and control, facilities location and layout, capacity planning, and operational or short-term decisions.
Sales quotas are quantitative estimates of sales metrics like units or revenue that are set as goals for a specific future time period, usually to evaluate and motivate sales representatives. They are used to set performance standards, control expenses, identify areas needing extra promotion, and develop compensation plans. Quotas can be set for individual salespeople, dealerships, branches, or divisions. Routing and scheduling involve planning a salesperson's route through their territory and allocating time to maximize productivity and coverage while minimizing costs and wasted time.
Farmer Producer Organizations (FPOs) in India: Strengthening Agricultural Val...Sunita C
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This presentation explores the role of FPOs in empowering small and marginal farmers, improving market access, enhancing bargaining power, promoting sustainable agriculture, and addressing challenges in agricultural trade, financing, and policy support.
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Case study to analyze why SAP Ariba did modernize large corporation procurement process – turning a traditionally back-office function into a driver of strategic value.
RECOVER YOUR SCAMMED FUNDS AND CRYPTOCURRENCY HIRE?iFORCE HACKER RECOVERYlonniecort7
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Accounting Strategies for Businesses with Dak GilinskyDak Gilinsky
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Dak Gilinsky provides expert guidance on managing business finances, bookkeeping, and tax compliance. Learn essential accounting strategies to improve financial transparency, reduce errors, and optimize profitability. Whether you're a startup or an established company, these insights will help you stay financially organized and compliant.
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Additionally, the presentation highlights the role of SEBI in mutual fund regulation, the selection process for mutual funds, and the benchmark (Nifty Small Cap 250 TRI) used for comparison.
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? Ideal for MBA finance students, investment analysts, and mutual fund enthusiasts!
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2. WHAT IS INDUSTRIAL REVOLUTION???
? The Industrial revolution refers to a period of technological advancements and changes in how
goods were produced from the late 18th to early 20th century.
3. MEANING OF INDUSTRIAL REVOLUTION..............
? There was a significant transformation of industry and the economy in Britain between the 1780s and the
1850s. It was called the ‘First Industrial Revolution’ l.. L
? Industrial revolution, in modern history,the process of change from an agrarian and handicraft economy
to one dominated by industry and machine manufacturing.
? These technological changes introduced novel ways of working and living and fundamentally
transformed society.
? It experienced the first major break through from a rural, handicraft economy to one controlled by
urban, machine driven production.
4. BEGAN AND FIRST USED TERM ‘INDUSTRIAL REVOLUTION’.........
? Industrial Revolution was first began in Britain in 18th century and from there spread to other parts
of the world.
? Although earlier used by French writers, the term Industrial Revolution was first popularized by
thethe English Economic Historian ‘Arnold Toyanbee’ (1852-83) to describe Britain’s Economic
Development from 1760-1840.
? Since , Toynbee’s time the term has been broadly applied as a process of Economic Transformation
than as a period of time in a particular setting.
? This explains why some areas, such as India and China, did no begin their First Industrial revolutions
until the 20th century, while others, such as the United States and .western Europe, began undergoing
“second Industrial revolutions by the late 19th century.
5. CHARACTERISTICS OF THE INDUSTRIAL REVOLUTION
? The main features involved in the Industrial Revolutions were Tecnology , socioeconomic and
culture.
? The Technological changes included the following :
1. The use of new basic material, chiefly Iron and Steel.
2. The use of new energy resources, including both fules and motive powers, such as Coal, the Steam
engine, electricity, petroleum, and the Internal-combustion engine.
3. The invention of new New machines, such as the Spinning jenny and the Power loom tht permitted
increased production with a smaller expenditure of human energy.
4. A new organization of work known as the Factory system, which entailed increased division of labour
aand specialization of function.
6. ............ ............... ................ ..................
1. Important developments in transportation and communication, including the steam locomotive,
steamship, automobile, airplane, telegraph, and radio.
2. The increasing application of Science to industry.
? These technological changes made possible a tremendously increased use of natural resources and the
mass production of manufactured goods.
7. MORE ABOUT INDUSTRIAL REVOLUTION............
? England , an agriculture country was now turned into a manufacture country. The production increased
mainfold. Things were available at cheaper rates. Improved methods of communication followed.
? The economic progress and Industrialization of England influenced the social and cultural life of the
people. It had far-reaching affects on the political history of England.
? By 1850 the Industrial Revolution had penetrated into Belgium , Switzerland , France , Germany and USA.
By1900 it had extended to Sweden , Italy , Russia , Japan & Argentina. Presently it is penetrating into
China , India and Africa.
8. REASON‘S WHY INDUSTRIAL REVOLUTION BEGAN IN ENGLAND.....
? There were several reasons some are::
? Political stability , common laws , single currency and increasing markets.
? The agricultural revolution increased food production. Now , the landless farmers were forced to move
for jobs elsewhere or to nearby towns.
? The growing numbers of banks consolidated the financial system.
? There were about 26000 inventions in the 18th century AD. More than 13000 were listed during AD 1782-
1800.
? England was rich in minerels like coal , iron ore , lead , copper and tin. The Britsh iron industry increased
its output fourfold between AD 1800 and 1830. Its production was the cheapest in Europe. Moreover ,
England was smelting more iron than the rest of the world’s iron put together by AD 1848.
9. ? ........ ........... .............. .................. ....................
? .By the invention of a series of simple mechanical devices , the English cotton industry flooded the world
markets from the 1780s.
? Steam power changed the whole scenario of industrialization. British steam engines were generating
more than 70per cent of the total European horsepower by 1840. Steam engine tecnology placed
England ahead of others.
? By the 18th century AD , London got a global importance.. A good network of rivers,an indented
coastline and the spread of railways helped the movement of goods.
10. MAJOR INVENTION. .............
? The following invention spurred the process of industrialization: :
? THE FLYING SHUTTLE LOOM –
1. The Flying Shuttle Loom was designed by JOHN KAY in 1733. It could weave broader fabrics in less time.
11. THE SPINNING JENNY
? THE SPINNING JENNY was made by JAMES HARGRE in 1764. On this machine , a single person could
spin many threads of yarn at the same time.
12. ? THE WATER FRAME
? THE WATER FRAME was invented by RICHARD ARKWRIGHT in 176.It can produce much stronger thread.
13. THE MULE
? THE MULE was invented by SAMUEL CROMPTON in 1779. It can spin strong and fine yarn.
14. THE POWER LOOM.......
? THE POWER LOOM was invented by EDMUND CARTWRIGHT in 1785. It was designed in 1784. It made
the task of spinning and weaving easy. It could be used to weave any kind of material.
15. IMPACTS OF INDUSTRIAL REVOLUTION
? There are many impacts of the industrial revolution. Some are :::
1. It reshaped the life style of men, women and children.
2. It introduced the factory system which , in turn , spurred the migration of millions from the countryside
into cities.
3. The industrial revolution was the root cause of capitalism.
4. The class of rich individuals developed and their capital multiplied.
5. The average life spam of workers shortened in comparison to any other social group in cities.