How Was Samuel Slater Used During The Industrial Revolution

Before the war, industry in the United States had just begun. Samuel Slater, also known as the “Father of the Factory System”, established the United States’ first factory in 1790 at Pawtucket, Rhode Island. Slater built the spinning jenny, which was one of the key inventions of the industrial revolution. As demand for cotton rose, many sought out an easier, more efficient way to pull seeds from cotton. In 1793, Eli Whitney invented the cotton gin.

The Industrial Revolution was a prosperous time for the western civilizations beginning in 1760 and ending between 1840 and 1860. The invention of railroads began in England, but was brought to the United States in the early 1800’s. In 1815, Colonel John Stevens got the first railroad charter with New Jersey Railroad Company, although a single train track was not laid until 1832 (www.american-rails.com/railroad-history.html). Therefore, the Baltimore and Ohio Railroad Company built the first railroad in 1827. The machine was purchased from the Stephenson Works in England.

In the Northeast innovations such as: textile machines broke out as a result of Samuel Slater’s English plans, the cotton gin and concept of interchangeable parts both created by Eli Whitney, as well as the sewing machine created by Elias Howe then perfected by Isaac Singer all stimulated other innovations making industrialization and manufacturing much simpler. Innovations to make tasks easier were also present in the West including one of the most important, the McCormick reaper which increased the amount of food produced in both the domestic and foreign markets. Although all of these smaller innovations were important to developing the economy, it was the transportation that really set America apart. For example, the Northeast’s economy was greatly furthered by the Erie Canal which linked the Hudson River with the Great Lakes. This effected the value of land along the route as well as industry within the state increased dramatically.

Firstly the Industrial Revolution began due to the primary focus of the 19th century being economic growth and expansion. The Industrial Revolution was essentially an era of new manufacturing procedures and new manufactured goods. This period exposed us to a notable “great inventor” who was called Eli Whitney. He gave us the popular invention of the cotton gin which made the process of separating seeds from cotton easier and less time consuming. Whitney also introduced us to interchangeable parts which made the creation of weapons quicker and cheaper.

Circa 1800s, America and Europe were divided in their social values, but united in their industrial ambition. Prior to the announcement of industrialization, both American and European manufacturers majorly exploited the skills and resources of Britain. Americans imported British goods, and Britain contributed immensely to European Industrialization circa 1700s. Many of the building blocks to American Marshall Court Nationalistic society were in the form of British innovation via the multiple facets of elementary manufacturing. Examples of British invention include the first commercial electrical telegraph (William Cooke and Charles Wheatstone), practical steam engine (Thomas Newcomen), a sure fire inexpensive process for mass-producing steel (Henry Bessemer), and various other progressive milestones.

I also believe that the reason he is considered a “Great Inventor of the Industrial Revolution” is because the Sewing Machine is still used to this day. Elias Howe changed everything. Howe, who has had a fascination with machinery since he was a little child, acquired the machinist skill while working at a cotton machines firm in Lowell, Massachusetts, and then Cambridge.

For instance, in the 1800s, the Rifle gun, “a fast-loading gun used to fire multiple shots”, was invented (Doc C). The gun was a faster weapon that could be used from a distance instead of close combat. It could be used to stop riots and shut down any resistance from the natives. The Industrial Revolution can be credited for the inventions and discoveries of the Steam engine, Quinine, the Telegraph, Bessemer Process, Maxim Gun, the Rife gun, and etc. (Doc C).

The period from 1776 - 1870 consisted of revolutionary inventions and innovations that made an impact in the United States and helped shape its economy and what it is now . A lot of the inventions throughout these years varied into different things but had all changed America’s society and Industry. “ Developments in technology transformed it’s manufacturing and these transformation became known as the Industrial Revolution”. () In this period of almost 100 years many innovations were thought of , but if there at least three inventions that greatly changed the United States they would be the cotton gin, railways with trains, and the telegraph.

The First Industrial Revolution had such an enormous impact on the United States as a whole. One thing that it did was that it created new inventions. These inventions helped to make lives easier, more than anything. An example of an invention that was created in 1712, was the "steamboat." Also, the Industrial Revolution created never before seen technology, as well.

In 1807, Robert Fulton invented a steamboat that could withstand strong wind and the current. Unfortunately, Robert Fulton’s steamboat was not quite built to the necessary perfection and needed improvements to help it make it back on one of its trips. In 1811, Henry Miller Shreve improved Fulton’s steamboat to make it able to travel up the strong Mississippi River. Now people and goods could get transported farther and faster. Now that travel was easier along Rivers, cities grew.

There are many technological innovations that profoundly changed American’s live in market revolution. One of the innovations was the steamboat invented by Robert Fulton. He was a colonial American engineer, inventor and painter born in Pennsylvania 1765. He signed a contract with Robert Livingstone to build a steamboat that would voyage in Hudson River in 1802. The boat has a steam engine that helps the ship moving.

Once interchangeability started, a firearm could be repaired by simply replacing the damaged part instead of making a whole new weapon. Compared to other inventions that came out during the Industrial Revolution, interchangeable parts are still as beneficial today as it was back when it was first introduced. Email has made the telegraph ancient communication system. The cotton gin, another Eli Whitney invention, is still being used today; however, the versions used today are much more sophisticated and efficient. In closing, interchangeable parts have not been the most talked about inventions from the Industrial Revolution, but it was definitely a game

These resources helped to build parts for the steam engine. The English scientific thought also helped cause the Industrial Revolution. People discovered different ways to things to make the process more efficient. Jethro Tull invented the Horse drawn seed drill which planted seeds in straight rows with significantly less labor (Document 7).

In 1694, Thomas Savery invented what would revolutionize the united states indefinitely, he called it the steam engine. This invention lead to the first steam engine locomotive which many would say was a beneficial turning point in the industrialization of america’s economy,allowing the steam engine to be used on the railways. Although the railroads did impact the United States and certain groups in positive ways,there were also negative effects that occurred. During this time period, there were many chinese immigrants that entered the United States who made up most of the workers that built the tracks.

Prior to the Industrial Revolution, which began in Britain in the late 1700s, manufacturing was often done in people’s homes, using hand tools or basic machines. Industrialization marked a shift to powered, special-purpose machinery, factories and mass production. The iron and textile industries, along with the development of the steam engine, played central roles in the Industrial Revolution, which also saw improved systems of