Given: Consider the beam below with support of the compression flange only provided at the ends of the beam and at the point of concentrated load. Self-weight not included. K K 10ft ★ 10ft 30 ft 10ft pre 12t W P₁ = 40 k WD = 1k/ft Find: Calculate C and determine the lightest W-shape beam for the given loads LRFD and ASD.
Given: Consider the beam below with support of the compression flange only provided at the ends of the beam and at the point of concentrated load. Self-weight not included. K K 10ft ★ 10ft 30 ft 10ft pre 12t W P₁ = 40 k WD = 1k/ft Find: Calculate C and determine the lightest W-shape beam for the given loads LRFD and ASD.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Given: Consider the beam below with support of the compression flange only provided at the ends of the beam and at
the point of concentrated load. Self-weight not included.
10ft
10ft
30 ft
*
10ft
Copyright 2012 Parson Education, pubihing Prentice Hall
W
P₁ = 40 k
WD = 1k/ft
Find: Calculate CR and determine the lightest W-shape beam for the given loads LRFD and ASD.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffc43ecd4-e9a8-4cfa-b431-5a7e5ec9417f%2F0fa76c8f-d862-4752-aa7d-5c8e1c3b6913%2Fu0pw9er_processed.png&w=3840&q=75)
Transcribed Image Text:Given: Consider the beam below with support of the compression flange only provided at the ends of the beam and at
the point of concentrated load. Self-weight not included.
10ft
10ft
30 ft
*
10ft
Copyright 2012 Parson Education, pubihing Prentice Hall
W
P₁ = 40 k
WD = 1k/ft
Find: Calculate CR and determine the lightest W-shape beam for the given loads LRFD and ASD.
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