16. Compute the maximum tensile stress (MPa) if P = 750 kN applied at eccentricity ex = 150 mm, and ey = 90 mm. A. 19.4 В. 25.8 С. 32.6 D. 15.2 17. What is the maximum load P (kN) if the allowable...


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16. Compute the maximum tensile stress (MPa) if P = 750 kN<br>applied at eccentricity ex = 150 mm, and ey = 90 mm.<br>A. 19.4<br>В. 25.8<br>С. 32.6<br>D. 15.2<br>17. What is the maximum load P (kN) if the allowable compressive<br>stress is 115 MPa, if ex = 150 mm, and ey = 90 mm?<br>A. 1012<br>В. 925<br>С. 1368<br>D. 1175<br>

Extracted text: 16. Compute the maximum tensile stress (MPa) if P = 750 kN applied at eccentricity ex = 150 mm, and ey = 90 mm. A. 19.4 В. 25.8 С. 32.6 D. 15.2 17. What is the maximum load P (kN) if the allowable compressive stress is 115 MPa, if ex = 150 mm, and ey = 90 mm? A. 1012 В. 925 С. 1368 D. 1175
Situation - A square tubular section having an outside<br>dimension of 450 mm and 16 mm thick as shown in the figure<br>is used as a column to support a load of P.<br>y<br>- - -<br>15. Calculate the radius of gyration (mm) of the column section.<br>A. 873.1<br>В. 177.3<br>C. 256.3<br>D. 325.1<br>

Extracted text: Situation - A square tubular section having an outside dimension of 450 mm and 16 mm thick as shown in the figure is used as a column to support a load of P. y - - - 15. Calculate the radius of gyration (mm) of the column section. A. 873.1 В. 177.3 C. 256.3 D. 325.1

Jun 11, 2022
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