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Mild Steel is tested in the laboratory. The data obtained are: Length of Specimen = 320 mm Diameter of Specimen = 30 mm Elongation under a load of 20 kN = 0.055 mm Load at Yield Point = 130 kN Maximum Load = 210 kN Load at fracture = 115 kN Length of Specimen at failure = 380 mm Diameter of Specimen at failure = 17.5 mm Calculate: (1).Young’s Modulus (2). Yield Stress (3). Ultimate Stress

Mild Steel is tested in the laboratory. The data obtained are: Length of Specimen = 320 mm Diameter of Specimen = 30 mm Elongation under a load of 20 kN = 0.055 mm Load at Yield Point = 130 kN Maximum Load = 210 kN Load at fracture = 115 kN Length of Specimen at failure = 380 mm Diameter of Specimen at failure = 17.5 mm Calculate: (1).Young’s Modulus (2). Yield Stress (3). Ultimate Stress

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
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Mild Steel is tested in the laboratory. The data obtained are:
Length of Specimen = 320 mm
Diameter of Specimen = 30 mm
Elongation under a load of 20 kN = 0.055 mm
Load at Yield Point = 130 kN
Maximum Load = 210 kN
Load at fracture = 115 kN
Length of Specimen at failure = 380 mm
Diameter of Specimen at failure = 17.5 mm

Calculate:

(1).Young’s Modulus

(2). Yield Stress

(3). Ultimate Stress

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