(LO2, LO4) Calculate the components FRx, FRy of the resultant force and calculate the magnitude l|FR|l and angle 0 of the resultant force.

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Chapter1: Units, Trigonometry. And Vectors
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b) (LO2, LO4) Calculate the components FRx, FRy of the resultant force and calculate the
magnitude IFR|l and angle 0 of the resultant force.
Transcribed Image Text:b) (LO2, LO4) Calculate the components FRx, FRy of the resultant force and calculate the magnitude IFR|l and angle 0 of the resultant force.
F4
F3
F1
F2
Fwind
1
5
3
You are analysing the design of a radio communications installation under wind loading. The
towers are braced using a cable stay system tied back to ground anchors. As part of the analysis,
you need to assess the resultant force on a typical ground anchor. Under your design wind
loading, the magnitude of forces on the anchor are l|F1ll = 100 kN, I|F2|| = 75 kN, ||F3|| = 125 kN,
and ||F4l|| = 200 kN.
a) (LO1, LO4) Sketch the resultant force FR clearly defining its position relative to the
anchor loads and define its angle relative to the positive x-axis as 0.
F4
F3
F1
Transcribed Image Text:F4 F3 F1 F2 Fwind 1 5 3 You are analysing the design of a radio communications installation under wind loading. The towers are braced using a cable stay system tied back to ground anchors. As part of the analysis, you need to assess the resultant force on a typical ground anchor. Under your design wind loading, the magnitude of forces on the anchor are l|F1ll = 100 kN, I|F2|| = 75 kN, ||F3|| = 125 kN, and ||F4l|| = 200 kN. a) (LO1, LO4) Sketch the resultant force FR clearly defining its position relative to the anchor loads and define its angle relative to the positive x-axis as 0. F4 F3 F1
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