An hollow box beam spans ( 30 mathrm{ft} ). The cross section of the beam is shown below. Use ( f_{c}=5,500 mathrm{psi} ) and ( f_{y}=60,000 mathrm{psi} ). The ultimate loads are shown, i.e., do not factor the given loads. With proper calculations, evaluate whether the beam has adequate flexural capacity. For simplicity, ignore the compr

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An hollow box beam spans  ( 30  mathrm{ft}  ). The cross section of the beam is shown below. Use  ( f_{c}=5,500  mathrm{psi}  ) and  ( f_{y}=60,000  mathrm{psi}  ). The ultimate loads are shown, i.e., do not factor the given loads. With proper calculations, evaluate whether the beam has adequate flexural capacity. For simplicity, ignore the compression bars.  ( P=3  cap  mathrm{k}  )

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(Solved): An hollow box beam spans \( 30 \mathrm{ft} \). The cross section of the beam is shown below. Use \ ...

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