F3=02

A steel cylinder rod is attached to the upper end as it is subjected to three axial forces as shown in the figure. The diameter of the rod is 12 mm and the steel modulus of elasticity is 900 MN. Determine the total deformation in the steel rod. Draw the free body diagram for the solution steps. Use the last two digits of your ID for force F3. 25 cm 15 cm F = 400 N 10 cm F = 800 N 1 F= 2 = 02 A steel cylinder rod is attached to the upper end as it is subjected to three axial forces as shown in the figure. The diameter of the rod is 12 mm and the steel modulus of elasticity is 900 MN. Determine the total deformation in the steel rod. Draw the free body diagram for the solution steps. Use the last two digits of your ID for force F3. 25 cm 15 cm F = 400 N 10 cm F = 800 N 1 F= 2 = 02