SITUATION 3: A solid shaft in a rolling mill transmits 20 kW at 2rev/s. The length of shaft is 3 m long and modulus of rigidity G 83 GPa 9. Which of the following gives the torque carried by the shaft? a. 1.59 kN.m c. 3.45 kN.m b. 2.69 kN.m d. 4.81 kN.m 10. Which of the following gives the minimum diameter so that the allowable torsional shearing of 40MPA will not be exceeded? a. 88 mm C. 45 mm b. 59 mm d. 76 mm

7. Given: A centerline of 250 LF; Anchor Blots @ 48" OC; 2-doors; 8 corners. Calculate the number of anchor blots needed.

Solve problem 3.26

A torque To is transmitted between two flanged shafts by means of ten 20 mm diameter bolts (see figure and photo). The diameter of the bolt circle is d = 283 mm. To To To If the allowable shear stress in the bolts is 89 MPa, what is the maximum permissible torque (in kN m)? (Disregard friction between the flanges. Enter the magnitude.) kN m 000

hello dear teachers please help me this homework questions. considering the time limit I have less 30min

A transmission tower shown below is subjected to lateral loads as shown. A =3.6 kN, B =4.1 kN, C =8.1 kN Determine the magnitude of the axial force in member GK. Answer in 2-decimal places only if applicable, and don't include units. A-KN 1.5 m 1.8 m B-kN H/ AG 1.8 m C-kN E F. 1.8 m B. 林2.55 m C. 2.55 m

A small block B weighing 10 kg rests on top of a large block A weighing 60 kg. Determine the minimum force P that will keep block A from sliding down the inclined plane