5.1 – INELASTIC STRUCTURAL BEHAVIOR For each of the questions below, choose the best answer. Name Email 1. The axial stress in the circular rod shown in Figure (a) for a temperature increase of 100oF is18.3 ksi (C)22.5 ksi (C)19.5 ksi (C)20.1 ksi (C)None of the above2. The increase of diameter of a circular rod in Figure (a) for a temperature increase of 100oF is0.00244 inch0.00301 inch0.00155 inch0.00250 inchNone of the above3. A point in plane strain has the following stress component: σxx= 15 ksi (T) . For a temperature increase of 100oF, the strain εyy is457 μ722 μ825 μ656 μNone of the above4. Each of the two bars in the structure shown in Figure (b) have lengths of 10 inch and cross sectional area of 0.16 inch2. The collapse load is4.51 kips7.28 kips3.26 kips5.40 kipsNone of the above5. The circular shaft shown in Figure (c) is made from elastic-perfectly plastic material. Due to the action of the torque the section at B was seen to rotate by 0.15 radians. The depth of plastic zone in AB is0.30 inch0.75 inch1.20 inch1.10 inchNone of the above6. The shaft shown in Figure (c) is made from elastic-perfectly plastic material. The depth of plastic zone in AB was found to be 0.35 inch. The maximum torsional shear strain is6429 μ1566 μ2103 μ1957 μNone of the above7. The shaft shown in Figure (c) is made from elastic-perfectly plastic material. The value of applied torque when the cross section is fully plastic is127.2 in-kips201.5 in-kips110.7 in-kips157.3 in-kipsNone of the above8. The beam cross section shown in Figure (d) is made from elastic-perfectly plastic material. The magnitude of collapse moment is295.2 in-kips235.7 in-kips301.3 in-kips270.0 in-kipsNone of the above9. The beam cross section shown in Figure (d) is made from elastic-perfectly plastic material. The depth of plastic zone is 0.5 inch. The maximum bending normal strain is3000 μ1200 μ2400 μ900 μNone of the above10. The beam cross section shown in Figure (e) is made from elastic-perfectly plastic material. At collapse moment, the location of the neutral axis from the bottom of the beam is8.5 inch0.5 inch6.25 inch7.5 inchNone of the aboveDo you have any comments or suggestions? Please email them to author@madhuvable.org Time is Up!Time's up