B The cantilevered solid shaft, diameter D = 40 mm shown in Figure 1. The transverse...

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B The cantilevered solid shaft, diameter D = 40 mm shown in Figure 1. The transverse load is F 1.75 kN, and the torsion is T = 72 N-m and axial force P-1kN. Please answer the following questions. 1m Figure 4 T (1) Find the stress (shear stress and normal stress) at point A on the top surface of shaft. (2) Draw the state of stress for stress element at point A. Please show the coordinate and stress direction and value on your stress element. (3) Calculate the principle normal stress of your stress element at point A and show the stress element at point A oriented in principle directions. (4) Calculate the maximum in plane shear stress and show the stress element at point A oriented in maximum in plane shear directions. B The cantilevered solid shaft, diameter D = 40 mm shown in Figure 1. The transverse load is F 1.75 kN, and the torsion is T = 72 N-m and axial force P-1kN. Please answer the following questions. 1m Figure 4 T (1) Find the stress (shear stress and normal stress) at point A on the top surface of shaft. (2) Draw the state of stress for stress element at point A. Please show the coordinate and stress direction and value on your stress element. (3) Calculate the principle normal stress of your stress element at point A and show the stress element at point A oriented in principle directions. (4) Calculate the maximum in plane shear stress and show the stress element at point A oriented in maximum in plane shear directions. B The cantilevered solid shaft, diameter D = 40 mm shown in Figure 1. The transverse load is F 1.75 kN, and the torsion is T = 72 N-m and axial force P-1kN. Please answer the following questions. 1m Figure 4 T (1) Find the stress (shear stress and normal stress) at point A on the top surface of shaft. (2) Draw the state of stress for stress element at point A. Please show the coordinate and stress direction and value on your stress element. (3) Calculate the principle normal stress of your stress element at point A and show the stress element at point A oriented in principle directions. (4) Calculate the maximum in plane shear stress and show the stress element at point A oriented in maximum in plane shear directions. B The cantilevered solid shaft, diameter D = 40 mm shown in Figure 1. The transverse load is F 1.75 kN, and the torsion is T = 72 N-m and axial force P-1kN. Please answer the following questions. 1m Figure 4 T (1) Find the stress (shear stress and normal stress) at point A on the top surface of shaft. (2) Draw the state of stress for stress element at point A. Please show the coordinate and stress direction and value on your stress element. (3) Calculate the principle normal stress of your stress element at point A and show the stress element at point A oriented in principle directions. (4) Calculate the maximum in plane shear stress and show the stress element at point A oriented in maximum in plane shear directions. B The cantilevered solid shaft, diameter D = 40 mm shown in Figure 1. The transverse load is F 1.75 kN, and the torsion is T = 72 N-m and axial force P-1kN. Please answer the following questions. 1m Figure 4 T (1) Find the stress (shear stress and normal stress) at point A on the top surface of shaft. (2) Draw the state of stress for stress element at point A. Please show the coordinate and stress direction and value on your stress element. (3) Calculate the principle normal stress of your stress element at point A and show the stress element at point A oriented in principle directions. (4) Calculate the maximum in plane shear stress and show the stress element at point A oriented in maximum in plane shear directions.