What Are The Mechanics During The Industrial Revolution

The industrial revolution was a time of great change in Europe. Many of those changes were brought about by mechanical inventions that greatly increased efficiency by which raw materials were processed. "While working in the sciences and tinkering with mechanics, a few people were able to come up with new ways of doing things. New machines were invented" (MacroHistory and World Report) Three significant machines that were invented during this time period that greatly increased the cotton industry were the cotton gin, the spinning jenny, and the power loom. Since cotton was one of the major cash crops exported by the colonies to England, it is important to understand these inventions in order to grasp the changes brought about by this trio of machines on the cotton industry.

American textile manufactures were at an advantage compared to British manufactures, and they were very successful. America persuaded Britain to prohibit the export of textile machinery and the emigration of mechanics. Yet, still many British mechanics migrated over to the United States because they were lured by the higher wages. In competing the British mills, America had the advantage of an abundance of natural resources. America’s farmers were able to produce large amounts of cotton and wool, and they had fast flowing rivers that provided good

In addition to the plentiful raw materials that England supplied, Britain had an expanding economy to support their industrialization. With the help of Britain's stable government and new investors, factories were able to quickly adapt to newly purchased machinery. The Industrial Revolution was further spurred by a resolution of new technology. These new inventions and expansion of factories led to a rapid increase in wealth of the overall nation. Which led the decrease in prices to come from the introduction of machines. For example, the creation of the well known cotton gin, by Eli Whitney helped revolutionized the production of cotton. Before, the cotton process took a long period of time and extensive work to produce a widely traded product. Whitney’s new tecnhioldingal invention was able to show tremendous growth in efficiency. This machine helped by greatly speeding up the process of removing seeds from cotton fiber. By the mid-19th century, cotton had became America’s leading export. In other words, this machine was designed to spin and weave the fabric, which helped to expand the Industrial Revolution’s productivity. This picture displays the sketches made to depict the parts of the original cotton gin. These gins were an important invention because it dramatically reduced the amount of time it took to separate cotton seeds from cotton fiber. This was one of the key

Since the beginning of man, the human race has gone through many changes throughout history. One of the most significant and critical changes was the Industrial Revolution of Great Britain. Characterized by the development of new manufacturing processes, the Industrial Revolution was a period between the eighteenth and nineteenth centuries that spurred extensive changes in almost every aspect of society. These changes stimulated a major transformation in the way of life and created a modern urban society based on industrial manufacturing and not agricultural production. The Industrial Revolution debuted in England because of changes in the textile industry and agriculture leading to a more stable economic platform, an ever-increasing demand for coal, and international success in the trading market, resulting in the development and improvement of daily

The American Industrial Revolution come between 1790 and 1860() I large part because of the construction of canals, technological advancements of the cotton mill and inventions such as the cotton gin. By 1812 hundreds of mechanics fled England bring the knowledge of textiles industries with them. The English emigrants being primarily mechanics seeking better paying positions. (Henretta, 2012, pg. 265). Unlike the south, the north moved away from the use of slaves. The use of young women from small towns would be the answer for cheaper

The Industrial Revolution was a revolution in every sense of the word, as it altered almost every aspect of live in the nineteenth century including technology, government, communication, environment and eventually society as a whole.1 Although industrialisation created many positives for modern society, for people in Britain up to the end of the nineteenth century it had many significantly negative consequences. With the long term advances made for society came the then current development of overcrowding cities abundant with pollution, health problems and poor living conditions for the working class. These poor conditions continued into the work place with young children exploited as workers as young as the age of four or five.2 There were consequences of the Industrial Revolution for people outside of the core of Britain. India, being the periphery in the model were exploited for their raw materials which were exported to Britain.

The Industrial Revolution set people away from farms and small villages and moved them to cities and towns because of the job opportunities that arose in the cities. The Industrial Revolution not only helped people move along in the late 1700s and early 1800s but also it has made the people what they are today. During the Industrial Revolution, the movement from an agrarian society to an industrial one reshaped the roles of families, widen the gap between classes, and led to the developments in communication, transportation, and other scientific fields that completely changed humanity.

Brought on by the onset of the industrial revolution, there was a great increase in the mechanization and automation of things. Changes in manufacturing, agriculture, mining, transportation and technology, all had a profound effect on social and economic conditions in the United States. New machines and interchangeable parts were large parts of the revolution of manufacturing, particularly in the textile industry. In the 1780’s Oliver Evans in vented the automated flour mill that eventually replaced gristmills and by the 1800’s Evans had also developed one of the first high pressured stream engines. In 1793, popular inventor Eli Whitney developed a machine that separated seeds of short fibered cotton from the fibers; the resulting cotton gin generated huge profit and in turn changed the game in the south. As you can see, American inventors contributed significantly to this period of economic and industrial growth not only in the U.S. but internationally. Improved transportation networks and increase in urban populations allowed for the expansion of domestic markets and the unprecedented production levels in domestic manufacturing and commercial agriculture throughout this period greatly strengthened the American economy and reduced dependence on imports. Between 1800 and 1820, additional tools and technology continued to emerge that further increased the efficiency and quality of manufacturing. These first two decades saw the development of all metal machine tools and steam power fueled by coal, utilization of water wheels and powered machinery became common in manufacturing. During this time, domestic trade also expanded with the introduction of canals and improved railways and roads while subsistence farming saw a steep decline. The industrial revolution overall resulted in greater wealth and lager populations in America as well as Europe, and saw a transition away from agricultural- based

New technologies in England allowed for mass production. For example, the Jethro-Tull seeder made it possible to use horses instead of laborers, while also being for efficient. Steam power was used, it was portable and more powerful than water. James Watt improved upon the steam powered engine that was also a huge agricultural advancement. Coal, iron, and steel becomes valuable resources and essential to many parts of life. Eli Whitney invented the cotton gin a machine that removed the cotton seeds, even though slaves weren’t needed to remove the seeds, slaves still picked the cotton. Advances in agriculture means a decline in the number farming jobs available; however, creating more efficient and cheaper ways of working meant progress for the

The industrial revolution limited the amount of jobs available and created many unskilled labor jobs. Free labor economy made it possible for skilled workers to make money by independently selling their products. Industrial engineers found a way to build machines that were faster, more powerful, more efficient and more reliable than the human muscle. As seen in “The American System of Manufacturers,” Joseph Whitworth stated, “the laboring class are comparatively few in number, but this is counter balanced by, and indeed may be regarded as one of the chief causes of, the eagerness with which they call in the aid of machinery in almost every department of industry”(Whitworth 226) This machinery slowly

As the economy began to shift to larger-scale manufacturing, Britain began to fear that their technology would be replicated in America. Therefore Britain set laws in place to prohibit the exportation of any textile machinery and to prohibit textile factory workers from leaving the country. Nevertheless, technology escaped from Britain to America due to the cash bonuses offered by Americans for information about these machines (Reef 3). One such invention was Samuel Slater’s power loom which was introduced for the first time in America in 1789. Slater traveled to Pawtucket, Rhode Island, where he was able to recreate the loom from memory of his apprenticeship with Richard Arkwright, a British inventor. Slater went on to launch the country’s mechanized cotton-spinning factory. His “Slater mills” were built along New England Rivers and they were wildly successful due to the inexpensiveness and speed of the production of cotton they made. The mills were very efficient and required many employees which gave jobs to thousands of Americans which fueled the American economy and introduced an entirely new social class. Samuel Slater was named the “founder of the American Industrial Revolution” and went on to introduce the first large-scale textile mills, which would transform the nation’s economy from agriculture to industry (“Slater, Samuel” 1).

Europe wanted to keep all this progress to itself, so anyone who had worked around the machinery could not leave the country. It was illegal, and if they were apprehended, they could be punished severely. Nonetheless, a certain Samuel Slater took the plans for a cotton mill and fled Britain in the year 1789. He quickly traveled to the United States, where the Revolution would soon expand and pop, like the balloon. Slater went first to Rhode Island, where he opened up a cotton mill powered by a waterwheel. His work was peculiar and new to the Americans, but once they realized how productive it was, and how much more available the textiles were, they loved the new mills. Machines could make more goods at a lower price. The ready availability of cotton, threads, and clothing. Slater had brought ideas for the new mechanical looms and spinning engines as well, and people liked the ideas. After people realized how productive Slater's new mills were, factories for all different kinds of goods and products started popping up all over the United States. The new factories, which used Adam Smith's division of labor theory, required a large amount of manpower. The more people worked, the more productive it was to own a factory.

Imagine a life where we would still have to ride in carriages to get down the streets and make our own clothes instead of just buying them. Well times similar to these have passed after the Industrial Revolution had started taking place. In addition to these inventions, there were the interchangeable parts, improved transportation, communication, clothes, and modern cities. The Industrial Revolution started with the invention of the Steam Engine by James Watt in 1775 (1). It was basically an engine that would induce the energy of steam to move other machines such as trains and powering factories. It was an incredible source of energy for transportation and goods. Public transportation such as locomotives could now be powered by the steam engine and this increased the speed of travel, which lowered the time to arrive at the destination. After the steam engine, the cotton gin invented by Eli Whitney was another remarkable invention during the Industrial Revolution. This machine easily separated the cotton fibers from its seeds. The invention and usage of the cotton gin augmented cotton production, mostly in the south. The rise in agriculture production increased greater

The Industrial Revolution was the quintessence of capitalistic ideals; it bred controversy that led to Karl Marx’s idea of communism as a massive grass roots reaction to the revolution’s social abuses. Firstly, the Industrial Revolution featured the construction of machines, systems and factories that allowed goods to be manufactured at a faster rate with a lower cost. The seed drill made it so there could be “a semi-automated, controlled distribution and plantation of wheat seed”(Jones 2013). Secondly, there was a great social and economic divide between the wealthy owners and the poor workers, which gave rise to the mass’s vulnerability to the advent of extreme socialism. Figures of authority severely oppressed their employees by giving them insufficient pay, a treacherous work environment, and even making some children work more than 12 hours per day (Cranny 150). Finally, far right capitalism created a brutal boom and bust cycle of economics that made, for the multitude at the bottom, a perpetual nightmare of poverty and death. People responded to this social situation by taking part in violent protests; oppression sires rebellion. The Industrial Revolution was the chassis of great imagination and progress of political, economic, and social force that still affects this world today.

We are standing at the precipice of what some call the 4th Industrial Revolution. The 4th Industrial Revolution is being described as a technological revolution that will fundamentally alter the way we live, work, and relate to one another. We are rapidly moving to an era where billions of people will be connected by mobile devices with unprecedented processing power and storage capacity. Our access to knowledge will be unlimited.