(a) A two-story hospital facility shown in Figure P2.18 is being designed in New York with a basic wind speed of 90 mi/h and wind exposure D. The importance factor I is 1.15 and K z = 1.0. Use the simplified procedure to determine the design wind load, base shear, and building overturning moment. (b) Use the equivalent lateral force procedure to determine the seismic base shear and overturning moment. The facility, with an average weight of 90 lb/ft 2 for both the floor and roof, is to be designed for the following seismic factors: S DS = 0.27g and S D1 = 0.06g; reinforced concrete frames with an R value of 8 are to be used. The importance factor I is 1.5. (c) Do wind forces or seismic forces govern the strength design of the building?
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Problem 1.39 Knowing that the ultimate load for cable BD is 100 kN and that a factor of safety of 3.2 with respect to cable failure is required, deter¬mine the magnitude of the largest force P that can be safely applied as shown to member ABC.
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A traction control system can often control all of these EXCEPT ________
A) Apply the wheel brake to the wheel that is losing traction B) Upshift the transmission C) Limit torque delivered to the drive wheels D) Engage four-wheel drive
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Oscilloscopes use what type of lead connector?
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