For the frame shown at the right, determine the axial force F. P. experienced by member...

  

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For the frame shown at the right, determine the axial force F. P. experienced by member FG (in Ib) and the mass (in slugs) of block W that can be suspended for 1 ft- 7 ft E. the structure to be in equilibrium given that the force P applied at H is 40 lb and 0 = 25°. Also, calculate 15° 8 ft -5 ft -6 ft- the reactions on member АВС. R1 ft 40° B C -8 ft 3 ft W For the frame shown at the right, determine the axial force F. P. experienced by member FG (in Ib) and the mass (in slugs) of block W that can be suspended for 1 ft- 7 ft E. the structure to be in equilibrium given that the force P applied at H is 40 lb and 0 = 25°. Also, calculate 15° 8 ft -5 ft -6 ft- the reactions on member АВС. R1 ft 40° B C -8 ft 3 ft W