Please show all steps Final Test review6. A simply supported beam carries two point-loads as shown below. If themaximum allowable shear stress is 40.0 MPa, and the maximum bending stressallowed is 100 MPa:Draw the deflected shape, SFD, and BMDLocate the centroid above the base and the moment of inertia (Ix) of thecross-sectionWhat is the highest value of P allowed?II.200P15.015.002302.00 m2.00 m15.08.00 m6.0d150Note: Self-weight may be ignoredCROSS - SECTIONAnswers:(i)Note: Student should draw the SFD, BMD and Deflected shape. Use the coordinates given below to check answers.SFD: (0.00m, P kN): (2.00m, P kN); (6.00m, -P kN), (8.00m, -P kN)BMD: (0.00m, 0.00 kNm): (2.00m, 2P kNm); (6.00m, 2P kNm), (8.00m, 0.00 kNm)Deflected shape: smile throughout!(ii)y = 157 mm from base; Ix = 85.6 x 106 mm4At N.A., Q = 397.6 × 10³ mm³.Using fy = VQ/(It) where fy = 40.0 N/mm2, t = 6.00 mm Ix = 85.6 x 106 mm“ and V = Pyields P = 51.7 kN(iii)Using fb = (M/1)y where fb = 100 N/mm2, y = 157 mm, Ix = 85.6 x 106 mm“ and M = 2Pyields P = 27.2 kN.The Point load allowable is the less of the two values computed above. Therefore P = 27.2kN

6. A simply supported beam carries two point-loads as shown below. If the maximum allowable shear stress is 40.0 MPa, and the maximum bending stress allowed is 100 MPa: Draw the deflected shape, SFD, and BMD Locate the centroid above the base and the moment of inertia (Ix) of the ii. cross-section ii. What is the highest value of P allowed? 200 P 15.0 15.00 230 2.00 m 2.00 m 15.00 8.00 m 6.00 150 Note: Self-weight may be ignored CECT ON