extraction of iron from it's ore.
explain with example in a clear way...
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Answered by
10
hey dear here your answer;
⭐--------------------------------------------------------⭐
♣ the iron oxide and the aluminium powder is ignited with a burning of magnesium ribbon then aluminium reduce the iron oxide to obtain iron metal in the molten form. this process is also known as "thermite reaction" and it is used for welding of iron objects.
⭐fe2o3+2al___(thirmite)____al2o3+2fe(in a molten form)+heat⭐.
☺ Hope this helps you deaR ✌✌.
⭐--------------------------------------------------------⭐
♣ the iron oxide and the aluminium powder is ignited with a burning of magnesium ribbon then aluminium reduce the iron oxide to obtain iron metal in the molten form. this process is also known as "thermite reaction" and it is used for welding of iron objects.
⭐fe2o3+2al___(thirmite)____al2o3+2fe(in a molten form)+heat⭐.
☺ Hope this helps you deaR ✌✌.
Answered by
1
Here is your answer :-
First, the ore was crushed into small pieces, which were then roasted to concentrate the iron content. Thereafter, the roasted ore went into the blast furnace for smelting. This involved introducing a heavy charge of charcoal, together with some limestone, through the top of the furnace and smelting it at a high temperature. Because the charge goes in at the top, and the smelted iron runs down into the bottom of the furnace, a high yield of iron is obtained, as hardly any of it ends up in the waste, which floats in the form of a protective layer above the molten iron.
Hope it helps you!
First, the ore was crushed into small pieces, which were then roasted to concentrate the iron content. Thereafter, the roasted ore went into the blast furnace for smelting. This involved introducing a heavy charge of charcoal, together with some limestone, through the top of the furnace and smelting it at a high temperature. Because the charge goes in at the top, and the smelted iron runs down into the bottom of the furnace, a high yield of iron is obtained, as hardly any of it ends up in the waste, which floats in the form of a protective layer above the molten iron.
Hope it helps you!
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