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Unformatted text preview: load? e. EXTRA CREDIT: By how much does the point of application of the load move under this load? How would your answers to a. and b. change if you were to take this movement into account in your equilibrium analysis? Figure 1. Anchorage locations for Problem 1. 1 A B 150 feet Problem 2. The guyed tower shown in Figure 2 needs to support a transmitter/antenna at its top that weighs 100kN. What combination of materials and moments of inertia would provide a factor-of-safety of 1.5 against buckling? Show these safe combinations in graphical format. Figure 2. Sketch of guyed tower. Assume that the cables provide a roller-type support at top of tower. 2 300 m...
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- Force, Wire, Cables, single concentrated load, guyed tower, foot long steel