(Solved): The load trace will involve the framing for a small deck addition to a residence. - Live load =60 p ...

The load trace will involve the framing for a small deck addition to a residence. - Live load $$=60$$ psf - Decking $$=5$$ psf - Beams $$=10$$ plf - Girder $$=17$$ plf - Concrete density $$=150$$ pcf - Soil bearing capacity $$=1500\mathrm{psf}$$ Please round to the nearest one-tenth (i.e., 0.1). Determine the reaction force for a typical interior beam (ledger beam side) = lb Determine the reaction force for a typical interior beam (girder side) = lb Determine the reaction force for a typical exterior beam (ledger beam side) = Ib - Live load $$=60\mathrm{psf}$$ - Decking $$=5$$ psf - Beams $$=10$$ plf - Girder $$=17$$ plf - Concrete density $$=150$$ pcf - Soil bearing capacity $$=1500$$ psf Please round to the nearest one-tenth (i.e., 0.1). Determine the reaction force for a typical interior beam (ledger beam side) = $$\mathrm{lb}$$ Determine the reaction force for a typical interior beam (girder side) = $$\mathrm{lb}$$ Determine the reaction force for a typical exterior beam (ledger beam side) = lb Determine the reaction force for a typical exterior beam (girder side) = lb Determine the load on Post $$\mathrm{A}=$$ $$\mathrm{lb}$$ Determine the load on Post B $$=$$ lb Determine the minimum theoretical width $$(x)$$ of the critical pier footing (account for the weight of the concrete) $$=$$