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A bronze strip is securely fixed to a side of a steel strip of the same thickness, width and length. The steel has a Young's modulus which is twice that of bronze. When the compound bar is loaded in tension, the force in steel is : F Oa. Same as that in bonze, and equal to F/2 Ob. Same as that in bronze, and equal to F Oc. Twice that in bronze, and equal to 2F/3 Od. Half that in bronze, and equal to F/3

A bronze strip is securely fixed to a side of a steel strip of the same thickness, width and length. The steel has a Young's modulus which is twice that of bronze. When the compound bar is loaded in tension, the force in steel is : F Oa. Same as that in bonze, and equal to F/2 Ob. Same as that in bronze, and equal to F Oc. Twice that in bronze, and equal to 2F/3 Od. Half that in bronze, and equal to F/3

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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A bronze strip is securely fixed to a side of a steel strip of the same thickness, width and length. The steel has a Young's modulus which is twice that of bronze. When the compound bar is loaded in tension, the force in steel is : F F Oa. Same as that in bonze, and equal to F/2 O b. Same as that in bronze, and equal to F Oc. Twice that in bronze, and equal to 2F/3 Od. Half that in bronze, and equal to F/3
Transcribed Image Text:A bronze strip is securely fixed to a side of a steel strip of the same thickness, width and length. The steel has a Young's modulus which is twice that of bronze. When the compound bar is loaded in tension, the force in steel is : F F Oa. Same as that in bonze, and equal to F/2 O b. Same as that in bronze, and equal to F Oc. Twice that in bronze, and equal to 2F/3 Od. Half that in bronze, and equal to F/3
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