P 5:49docs.google.com a69% @* ZAIN IQ .in the figure shown below is the creepgraph of an elastic material at roomtemperature, if a square section rod of thismaterial is to be subject to a constant loadof 500 N, what will be its cross alus uushällsectional area , if the maximum strainafter 1,000,000 seconds is to be 0.01.40 MPa35 MPa30 MPa0.03 -25 MPa0.02 -20 MPa15 MPa0.01 -10 MPa10Time (s)100102101055 mm260 mm240 mm225 mm3

Stress is proportional to strain within the elastic limit. Stress is equal to force per unit area of…

P 5:49 docs.google.com a 69% * ZAIN IQ li. in the figure shown below is the creep graph of an elastic material at room temperature, if a square section rod of this material is to be subject to a constant load of 500 N, what will be its cross ialus hällsectional area, if the maximum strain after 1,000,000 seconds is to be 0.01. 40 MPa 35 MPa 30 MPa 0.03 25 MPa 0.02 20 MPa 15 MPa 0.01 10 MPa 10° 102 10 10 10 Time (s) 55 mm2 60 mm2 40 mm2 25 mm3 Strain

P 5:49 docs.google.com a 69% * ZAIN IQ li. in the figure shown below is the creep graph of an elastic material at room temperature, if a square section rod of this material is to be subject to a constant load of 500 N, what will be its cross ialus hällsectional area, if the maximum strain after 1,000,000 seconds is to be 0.01. 40 MPa 35 MPa 30 MPa 0.03 25 MPa 0.02 20 MPa 15 MPa 0.01 10 MPa 10° 102 10 10 10 Time (s) 55 mm2 60 mm2 40 mm2 25 mm3 Strain

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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EXPLAIN THIS IMAGE https://www.researchgate.net/profile/Carlos-Cuenca-Cabrera/publication/326753159/figure/fig4/AS:659386125008898@1534221311272/Engineering-Stress-Strain-curve-for-both-Brittle-and-Ductile-material-Source.png
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