1- Establish the free body diagram of this beam 2- Find the reaction forces at A...

 

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1- Establish the free body diagram of this beam 2- Find the reaction forces at A and B using the equilibrium principles 3- Giving a shear equation, in the case of, uniformly distributed load, governed by the equality V=wx with x is the variable corresponding to length of the beam. Draw a "brief" shear force diagram, without proceeding to cutting method Beams: Equilibrium of beams: Example: P = 4000 lb 14' 20' W= 650 lb/ft B 1- Establish the free body diagram of this beam 2- Find the reaction forces at A and B using the equilibrium principles 3- Giving a shear equation, in the case of, uniformly distributed load, governed by the equality V=wx with x is the variable corresponding to length of the beam. Draw a "brief" shear force diagram, without proceeding to cutting method Beams: Equilibrium of beams: Example: P = 4000 lb 14' 20' W= 650 lb/ft B

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Certainly Lets go through each of the three steps based on the provided beam example and its loading conditions Step 1 Establish the free body diagram FBD of this beam In the free body diagram for the ... View the full answer