Developments in transportation, rather than in manufacturing and agriculture, sparked American economic growth in the first half of the nineteenth century. Assess the validity of this statement. BY Czerny 791 "Developments in transportation, rather than in manufacturing and agriculture, sparked American economic growth In the first half of the nineteenth century. " Is not accurate. While development in transportation played a fundamental role in America's growth, if It were not for developments in manufacturing and agriculture the new technology in transportation could not have successfully been completed.
Without the raw materials, and the products which came out of the early US Iron and steel Industry, (which were all ultimately determined by the united states agricultural market), the transportation revolution could not have been carried out. Also, with the rapid growth of the agricultural markets, American economic growth boomed. All three factors, (transportation, agriculture and manufacturing) played an equal role in sparking the American economic growth in the first half of the nineteenth century. The cotton gin was Just one of the few reasons In which the American economy grew t a rapid pace.
Eli Whitey's intention in 1793 of the cotton gin, which separated raw cotton from seeds and other waste, caused the economy to boom, with the growth of southern farms. As the southern plantations who could keep up with this new boom in cotton got larger and larger, small farmers moved west. This migration of small farmers to the west caused a need for developments In transportation to link the nation. In turn, these developments in transportation caused a boom in economy. Therefore, both manufacturing Inventions and transportation Inventions caused the Roth in economy.
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New inventions and capital investment led to the creation of new industries and economic growth. As transportation Improved, new markets continuously opened. The steamboat made river traffic faster and cheaper, but development of railroads had an even greater effect, opening up immense areas of new territory for development. These new developments just opened up entrepreneurs eyes, and helped them to create the "boom" parts of the cycles in the 19th century. The new factories which sprang up around the US starting with mills such as the
Lowell mills also led to new developments which helped the united States economy grow. More Jobs were created, and wage earners were able to make twice the amount of the price of goods. Although these booms In the economy did not last for every long, it can not be intelligently argued that new developments in transportation were the only reasons in which e n tee States economy boomed during this time. New inventions, and new ways of creating goods, which came along with the Industrial Revolution truly opened up the nation's workforce, and sprang its economy as well.
on Developments in transportation, rather than in manufacturing
Optimizing manufacturing transportation and logistics begins with the understanding that this industry is profoundly–perhaps even uniquely–dependent on a durable, reliable and efficient supply chain. The stakes are high, the dollars are big and time is critical. The manufacturing machine is an iron horse: it doesn’t shut down.
New technologies are improving the efficiency of existing transportation methods, while new inventions are poised to entirely reshape the way we move. Five technologies have risen to the forefront of the latest transportation revolution. The Internet of Things assumes that all people and items can be connected through networks.
Perhaps more than any other industry, manufacturing logistics requires a fluid and flexible model. Manufacturers–and, consequently, their transportation and logistics partners–need to be flexible enough to respond to sudden fluctuations in the marketplace.
Whether it’s responding to client demands and market fluctuations, or tracking and analyzing logistics data to ensure continuous improvement, manufacturers and their transportation and logistics partners need to understand and apply accepted best practices and embrace new technologies.
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