Carbon Silicon 207 3.5 358827 0.40 Pig Iron 2 3.2 1.5 1.00 CI Scrap 3.2 0.50...

 

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Carbon Silicon 207 3.5 358827 0.40 Pig Iron 2 3.2 1.5 1.00 CI Scrap 3.2 0.50 40- s pre5-2001/07/0400 64 Let us now analyse the total amount of elements present in 1 ton (1000 kg) of charge assuminge01 pick up as 15%, sulphur pick up as 0.05 % silicon loss at 10 % and manganese loss as 20%. 202 carbon Marks 6 proportions 2016 01/07- Estimate the final composition of the cast iron produced with the following charge c 20227 Pig Iron 1 88215-2 Sulphur 202236 gmpositions and 21 Manganese Sulphur Phorphorus % 0.01 202/00207040 040250 016-883 0.60 35 0.10 25 25 Carbon Silicon 207 3.5 358827 0.40 Pig Iron 2 3.2 1.5 1.00 CI Scrap 3.2 0.50 40- s pre5-2001/07/0400 64 Let us now analyse the total amount of elements present in 1 ton (1000 kg) of charge assuminge01 pick up as 15%, sulphur pick up as 0.05 % silicon loss at 10 % and manganese loss as 20%. 202 carbon Marks 6 proportions 2016 01/07- Estimate the final composition of the cast iron produced with the following charge c 20227 Pig Iron 1 88215-2 Sulphur 202236 gmpositions and 21 Manganese Sulphur Phorphorus % 0.01 202/00207040 040250 016-883 0.60 35 0.10 25 25

Answer rating: 100% (QA)

a cast iron composition problem It provides the composition of various materials and asks you to estimate the final composition of the cast iron produced Heres how to solve it Calculate the amount of ... View the full answer