4. Three forces acting on the pole are equivalent to a single force ( mathbf{R} ). Determine (a) the magnitude of ( mathbf{R} ); and (b) the resultant moment of the system about point A. (c) The moment of the 160 -lb force about axis ( O A ). Express the results as both scalar quantity and Cartesian vector.

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4. Three forces acting on the pole are equivalent to a single force  (  mathbf{R}  ). Determine (a) the magnitude of  (  mathbf{R}  ); and (b) the resultant moment of the system about point A. (c) The moment of the 160 -lb force about axis  ( O A  ). Express the results as both scalar quantity and Cartesian vector.

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(Solved): 4. Three forces acting on the pole are equivalent to a single force \( \mathbf{R} \). Determine (a) ...

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