Homework 2 Part B Perspectives on the Evolution of Structures (Analysis 1, Eiffel ++) Analysis 1 and The Eiffel Tower structural study assignment Eiffel Tower Structural Study Problems; In this assignment, you have the following tasks: 1. Calculate the force in the legs of the Eiffel tower due to wind (a) at the intermediate platform, (b) the second platform, (c) the first platform, and (d) at the base. Your answer should be formatted similar to the following: Force in the Eiffel Tower due to Wind Windward Side Leeward Side Legs 1 and 2 Legs 3 and 4 Location (kip*) (kip*) Inter. platform 2nd platform 1st platform Support *kip=kilo-pound, 1 kip = 4.45 kN 2. Calculate the force in the legs of the Eiffel tower due to gravity (dead load) (a) at the intermediate platform, (b) the second platform, (c) the first platform (NOTE: To get the dead load at the first platform you must interpolate from the diagram in Figure 3) (d) at the base. Your answer should be formatted similar to the following: Force in the Eiffel Tower due to Gravity “Windward” Side “Leeward” Side Legs 1 and 2 Legs 3 and 4 Location (kip*) (kip*) Inter. platform 2nd platform 1st platform Support *kip=kilo-pound, 1 kip = 4.45 kN 3. Eiffel Alternate Design Calculate what the force would be in the legs due to wind at the base if the tower legs did not spread out, but, instead, remained a constant 123 feet apart. Finally, you should provide commentary on your results. Specifically, windward’side’ leeward’side’4. Comm
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