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A 20 foot beam is tapered so that it has variable weight density of p(x) 30+x lbs/ft where x is the distance in feet from the left end of beam. B Ꮖ 20 ft The weight of the beam itself acts as a distributed load. Compute the moment about B caused by the weight of the beam. Round your answer to the nearest ft-lb. MB =

A 20 foot beam is tapered so that it has variable weight density of p(x) 30+x lbs/ft where x is the distance in feet from the left end of beam. B Ꮖ 20 ft The weight of the beam itself acts as a distributed load. Compute the moment about B caused by the weight of the beam. Round your answer to the nearest ft-lb. MB =

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A 20 foot beam is tapered so that it has variable weight density of P(x) 30x lbs/ft = where x is the distance in feet from the left end of beam. O x 20 ft B The weight of the beam itself acts as a distributed load. Compute the moment about B caused by the weight of the beam. Round your answer to the nearest ft-lb. MB =
Transcribed Image Text:A 20 foot beam is tapered so that it has variable weight density of P(x) 30x lbs/ft = where x is the distance in feet from the left end of beam. O x 20 ft B The weight of the beam itself acts as a distributed load. Compute the moment about B caused by the weight of the beam. Round your answer to the nearest ft-lb. MB =
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