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10. (Carbon Content Ranging From .30% To .50%) A. Low-carbon steel B. Medium-Carbon Steel C. High-Carbon Steel 11. - is used for Aerospace, turbine blades and jet, rocket engines and nuclear reactors. A. Wrought iron A.Stainless Steel B.High-Carbon Steel C.Cast iron D.Super alloys 12. is made alloy of iron, carbon, and silicon. Total carbon content is between 1.7 -4.5%. D. Steel A. Pig Iron (Iron Ore) B. Wrought iron C. Cast iron

10. (Carbon Content Ranging From .30% To .50%) A. Low-carbon steel B. Medium-Carbon Steel C. High-Carbon Steel 11. - is used for Aerospace, turbine blades and jet, rocket engines and nuclear reactors. A. Wrought iron A.Stainless Steel B.High-Carbon Steel C.Cast iron D.Super alloys 12. is made alloy of iron, carbon, and silicon. Total carbon content is between 1.7 -4.5%. D. Steel A. Pig Iron (Iron Ore) B. Wrought iron C. Cast iron

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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10. (Carbon Content Ranging From .30% To .50%) A. Low-carbon steel B. Medium-Carbon Steel C. High-Carbon Steel 11. - is used for Aerospace, turbine blades and jet, rocket engines and nuclear reactors. A. Wrought iron A.Stainless Steel B.High-Carbon Steel C.Cast iron D.Super alloys 12. is made alloy of iron, carbon, and silicon. Total carbon content is between 1.7 -4.5%. D. Steel A. Pig Iron (Iron Ore) B. Wrought iron C. Cast iron
Transcribed Image Text:10. (Carbon Content Ranging From .30% To .50%) A. Low-carbon steel B. Medium-Carbon Steel C. High-Carbon Steel 11. - is used for Aerospace, turbine blades and jet, rocket engines and nuclear reactors. A. Wrought iron A.Stainless Steel B.High-Carbon Steel C.Cast iron D.Super alloys 12. is made alloy of iron, carbon, and silicon. Total carbon content is between 1.7 -4.5%. D. Steel A. Pig Iron (Iron Ore) B. Wrought iron C. Cast iron
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