The object that was horizontal before deformation, both shifted downward after the deformation and its axis made an angle of 0.1 degree with the horizontal as shown in the figure. (a) Draw the free body diagram of AB and write the equilibrium equations. (b) Calculate the displacement of point A (8). (c) Calculate the position of the center of gravity of this object (x). (d) Interpret whether the formulas you used to solve the problem are valid according to the stress results you have found. (e) Calculate the forces that will occur in the rods if the object is connected with an additional rod with the same geometry and material in the middle of AB. NOTE: The data "0.1 degree angle with the horizontal" is not valid for (e).

Please answer the problem in the picture below. Please show the complete solution. Thank you very much!

The round stepped shaft (diameters d and D) shown below is a design for an exoplanet rover wheel axle. Assuming the wheel is stuck, a torque from the motor is transmitted to the axle but it is not rotating. The reaction of the weight of the rover on the ground and the torque the wheel applies to the ground are represented by the force F acting in the center of the wheel hub (not shown) at point C. There is a sharp fillet at B with radius r shown below. Bearings are shown at point A and next to point B. You may assume the bearing at B resists the bending moment caused by the force F and acts like a fixed reaction. В A L2 L1 T L3 - ØD Ød R. r F SUBMIT ANSWERS HERE: Paramete Parameter Value Value SUT (tension) 400 MPa | L1 400 mm Suc (Compression) 600 Мра L2 200 mm Sy 380 MPа L3 100 mm 600 N-m ø d 40 mm F 0.2 kN ø D 55 mm R. r 8 mm

2:35 ll Solution and proble... 5/101 Determine the reactions at A and B for the beam subjected to the uniform load distribution. 4 kN/m B 300 mm -500 mm Problem 5/101 5/102 Calculate the support reactions at A and B for the loaded beam. 100 lb/ft 80 lb Problem 5/102 5/106 Determine the reactions at the supports of the beam which is loaded as shown. 800 N/m 400 N/m