A steel cable of diameter 4.75 mm is attached to an eyebolt and tensioned to 2.25 kN (Figure P5.4). Całculate the stress in the cable and express it in the dimensions Pa, kPa, and MPa. 2.25 kN

The axially aligned pressure vessel, shown in Fig Q2, is made from aluminium exhibiting a Young's Modulus of 73GPa and a Poisson ratio of 0.34. It has an outer diameter D, of 86mm and a wall thickness t of 5mm. The vessel is subject to an internal pressure P of 150bar and externally applied torque T of 4.5kNm. a) Draw the 2D planar state of stress of any finite element located on the outer surface of the pressure vessel, according to the polar coordinate system provided. b) Sketch the longitudinal, circumferential and planar shear strain profile through the thickness of the vessel wall. c) Determine the minimum factor of safety for the given load cases, assuming the aluminium has a yield strength of 175MPA, and comment on the most likely mode and locus of failure. theta i. - Z - T Do Section A-A: Side View End View

The Cable in figure P1.2 has a diameter of 1/5 in. If the maximum stress in the cable must be limited to 4 ksi(T), what is the maximum weight that can be lifted? (FBD need)

£1,7 0:-11 | ZAY O K/s Figure below shows a rod that is free to rotate about its center of mass. A force F, = 15 N is applied at d, = 4 m from the COM and another force F, = 17 N is applied at d, = 7 m from the COM, as shown. The magnitude of the total torque about the axis of rotation is: F1 600 COM 300 F2