Force Vector Directed along a Line Learning Goal: To find a force’s directional components that act along a cable and to find…


Force Vector Directed concurrently a Line

Learning Goal:

To meet a vigor's lineal components that act concurrently a cable and to meet the coordinates of a object on a cable that has a vigor vector applied to it.
  Three-dimensional Cartesian vigor vectors are used throughout engineering mechanics. The common vigor vector is represented as follows:

F=Fxi+Fyj+Fzk

where F is the vigor vector and FxFy, and Fz are the vector's ij, and k components, respectively. The vigor vector has a lump F=F2x+F2y+F2z. The vector's line is picturesque by a ace vector u, where u=F/F.
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Part A

As shown, a vigor vector F with a lump of c = 33.0 lb is applied at object A and is directed inside object C(Figure 1The distance a is 2.00 ft and the distance b is 5.50 ft . What are the ij, and k components of F?