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How did the use of coke-fired iron smelting play a role in the Industrial Revolution?
Being able to produce iron using a more abundant product increased industrial capability....im positive
ADDED: The development of iron-smelting - and melting of the finished iron - by coke was indeed vital to the Industrial Revolution, by allowing larger rates of iron production; and coal hence coke was more abundant than the charcoal hitherto used.
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How did Abraham Darby contribute to the industrial revolution?
Abraham Darby played a pivotal role in the Industrial Revolution by developing the process of smelting iron using coke instead of charcoal, which significantly increased iron production efficiency and lowered costs. His innovations in iron manufacturing, particularly at his Coalbrookdale foundry, enabled the mass production of iron goods, fostering advancements in construction and machinery. This breakthrough not only helped establish iron as a primary material for various industries but also laid the groundwork for subsequent technological developments during the Industrial Revolution.
What sources are found during the industrial revolution?
Iron was one the sources in the industrial revolution.
What innovation made it easier to produce iron and caused a rapid expansion in its use in the industrial revolution?
The use of coke pig iron in iron production made producing iron easier and caused a rapid expansion of its use during the Industrial Revolution. The Industrial Revolution allowed many countries to experience economic growth.
What industry contributed to the start of the industrial revolution revolution?
coal, iron, textiles, transportation, and pottery. (shark)
Describe five factors that contributed to the Industrial Revolution in britain.?
coal, iron, textiles, transportation, and pottery. (shark)
The Englishman Henry Cort was responsible for the process in iron smelting known as?
Henry Cort was responsible for developing the puddling process in iron smelting. This process involved stirring molten iron in a reverberatory furnace to remove impurities and produce higher quality iron. Cort's method played a significant role in the Industrial Revolution by improving the efficiency of iron production.
How did Abraham Darby contribute to the industrial revolution?
Abraham Darby played a pivotal role in the Industrial Revolution by developing the process of smelting iron using coke instead of charcoal, which significantly increased iron production efficiency and lowered costs. His innovations in iron manufacturing, particularly at his Coalbrookdale foundry, enabled the mass production of iron goods, fostering advancements in construction and machinery. This breakthrough not only helped establish iron as a primary material for various industries but also laid the groundwork for subsequent technological developments during the Industrial Revolution.
What sources are found during the industrial revolution?
Iron was one the sources in the industrial revolution.
What innovation made it easier to produce iron and caused a rapid expansion in its use in the industrial revolution?
The use of coke pig iron in iron production made producing iron easier and caused a rapid expansion of its use during the Industrial Revolution. The Industrial Revolution allowed many countries to experience economic growth.
What is one product of coal?
One product of coal is coke, which is used as a fuel in industrial processes such as iron smelting.
What did they use to make steel in the industrial revolution?
iron and coal
What industry contributed to the start of the industrial revolution revolution?
coal, iron, textiles, transportation, and pottery. (shark)
Why was important to the second industrial revolution?
Steel was lighter, cheaper, and stronger than iron, allowing for constructions and technologies that were impossible before. Steel was important to Second Industrial Revolution because it was much lighter compared to iron. --------------- It was cheaper than iron.
Describe five factors that contributed to the Industrial Revolution in britain.?
coal, iron, textiles, transportation, and pottery. (shark)
How can iron be separated from its ores?
By smelting.
How can iron be separated from ore?
By smelting.
Why was steel importance to the second industrial revolution?
Steel was lighter, cheaper, and stronger than iron, allowing for constructions and technologies that were impossible before. Steel was important to Second Industrial Revolution because it was much lighter compared to iron. --------------- It was cheaper than iron.
