Question: For the figure, the rigid pole AB is attached to two cables: one going down to C, and one going d…
Show transcribed image text For the figure, the rigid pole AB is attached to two cables: one going down to C, and one going down the D. Point A is a frictionless ball and socket joint (a 3D pinned support, if you wil). . Draw an appropriate FBD labeling the internal cable tensions (Ti and Ta) as well as the force reactions at A (x, y, and z force reactions). Show all force vectors, resultants, and reaction forces as appropriate, and label your diagram with either angles, point coordinates, or similar such that the entire 3D geometry is represented. Determine the cable tensions at the reactions at A. . o m T) T: w-350N/m IT 2 m o m
For the figure, the rigid pole AB is attached to two cables: one going down to C, and one going down the D. Point A is a frictionless ball and socket joint (a 3D pinned support, if you wil). . Draw an appropriate FBD labeling the internal cable tensions (Ti and Ta) as well as the force reactions at A (x, y, and z force reactions). Show all force vectors, resultants, and reaction forces as appropriate, and label your diagram with either angles, point coordinates, or similar such that the entire 3D geometry is represented. Determine the cable tensions at the reactions at A. . o m T) T: w-350N/m IT 2 m o m
