The compound bar is supported by a thrust bearing at A, a slider bearing at B, and the cable CD. Determine the tension in the cable and the magnitude of its moment about the x axis. 2.8 ft ! 3.5 ft 3.5 ft 270 lb

16 Problem 3.6 - Lug nuts hold the wheel on the hub. Determine the moment due to force F on the lug wrench about the axis of any of the bolts to which a lug nut is fastened. F = {3i + 10j + 5k } N Z 0.3 m Arom தயாேயாண் galle Dur 0.15 m 0.25¹ m X

Will upvote for quick solution

The h110 ft tall communication tower is supported by three cables at A and a ball-and-socket support at O. Cable AB is pre-tensioned with a magnitude TAB = 4 kips. The coordinates of points B, C, and D in the ground (z,y) plane are: B = (25,45) ft C = (-15,20) ft D = (-5, -15) ft Determine the magnitude of the tension in cables AC and AD and the normal force in tower AO. TAC TAD PAO 1.704 13.74 DO Y 4 B kips → (~100%4. kips ● XOX kips ? ***

Problem 3 Determine the moment exerted by cable AB about point O. The force in the cable is 1 kN. 5 m B 4 m A F 4m 6m

QUESTION 5 Knowing that the tension in cable AC is 1065 N, determine the moment about each of the coordinate axes of the force exerted on the plate at C. 360 mm 920 mm lo 600 mm 900 mm O My = -576 N-m, My = -405 N-m, M2 = -243 N-m O My = -243 N-m, My = -576 N-m, M, = +405 N-m O My = -405 N-m, My = -243 N-m, M, = +576 N-m O My = -576 N-m, My = -243 N-m, M2 = +405 N-m

5. A transmission tower is held by three guy wires attached to a pin at A and anchored by bolts at B, C, and D. If the tension in wire AB is 110 lb. (a) Determine the vertical force P exerted by the tower on the pin at A. (b) Determine the moment about point 0 of the Resultant Force. 25 ft 20 f 100 ft 6011 3.0 fr 74 ft

Practice problem 2.4.12

Problem 3 Determine the moment exerted by cable AB about point C. The force in the cable is 700 lbs. 6 ft X Z 4 ft B 4 ft D 6 ft 6 ft

A small boat hangs from two davits, one of which is shown in the figure. It is known that the moment about the z axis of the resultant force RA exerted on the davit at A must not exceed 279 lb·ft in absolute value. Determine the largest allowable tension in line ABAD when x=6 ft.