C.a.8'16P = 200#w = 60 #/ft8'Select a 2x joist based only on ShearBb. Select a 2x joist based only on Flexure/BendingName(s) 3. A floor joist carries the 60 #/ft distributed load (w) and the200# concentrated load (P) as shown at the left.Fb = 1400 psiFv = 75 psiE = 1,400,000 psiAnswer:Does the maximum deflection exceed an allowable deflection of L/240?Using the joist depth(s) determined in Part a & b, calculate the maximum deflection (at mid-span).Answer:yescoush andAppleAnswer:noonshois pVoinehis>

UDL load of 60#/ft and the 200 # point load at the centre of joist. The total length of joist is 16…

C. A a. 8' 16' P = 200# w = 60 #/ft 8' Select a 2x joist based only on Shear B b. Select a 2x joist based only on Flexure/Bending Name (s) 3. A floor joist carries the 60 #/ft distributed load (w) and the 200# concentrated load (P) as shown at the left. Fb = 1400 psi Fv = 75 psi E = 1,400,000 psi Answer: Answer: Using the joist depth(s) determined in Part a & b, calculate the maximum deflection (at mid-span). Answer:

C. A a. 8' 16' P = 200# w = 60 #/ft 8' Select a 2x joist based only on Shear B b. Select a 2x joist based only on Flexure/Bending Name (s) 3. A floor joist carries the 60 #/ft distributed load (w) and the 200# concentrated load (P) as shown at the left. Fb = 1400 psi Fv = 75 psi E = 1,400,000 psi Answer: Answer: Using the joist depth(s) determined in Part a & b, calculate the maximum deflection (at mid-span). Answer:

Steel Design (Activate Learning with these NEW titles from Engineering!)

6th Edition

ISBN:9781337094740

Author:Segui, William T.

Publisher:Segui, William T.

Chapter5: Beams

Section: Chapter Questions

Problem 5.13.2P

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