A simply supported beam is to be constructed by nailing four 1 in. X 6 in....

Transcribed Image Text:

A simply supported beam is to be constructed by nailing four 1 in. X 6 in. pieces of lumber as shown. The nails are spaced at 0.5 in. in the beam axial direction. The allowable shear stress in the wood is 150 psi. The maximum shear force that a nail can support is (100+x) lb. Calculate the maximum force P can be applied. (x is the last digit of your UFID) -loft- OH= Vox VQ I P TE -loft- VQ It Q=Ay in I linTHE bin lin I = 22bk H V K lin 6 in A simply supported beam is to be constructed by nailing four 1 in. X 6 in. pieces of lumber as shown. The nails are spaced at 0.5 in. in the beam axial direction. The allowable shear stress in the wood is 150 psi. The maximum shear force that a nail can support is (100+x) lb. Calculate the maximum force P can be applied. (x is the last digit of your UFID) -loft- OH= Vox VQ I P TE -loft- VQ It Q=Ay in I linTHE bin lin I = 22bk H V K lin 6 in