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A constant stress cantilever beam having a point load at the end is desired. The width b of the beam, as a function of distance x from point load, can be expressed as which function of b[x]. Given: b[x] represents b as a function of x, k is a constant): Ob(x)=kx^2 b(x)=k log(x) Ob(x)=k sqrt(x) Ob(x)=kx

A constant stress cantilever beam having a point load at the end is desired. The width b of the beam, as a function of distance x from point load, can be expressed as which function of b[x]. Given: b[x] represents b as a function of x, k is a constant): Ob(x)=kx^2 b(x)=k log(x) Ob(x)=k sqrt(x) Ob(x)=kx

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 constant stress cantilever beam having a point load at the end is desired. The width b of the beam, as a function of distance x from point load, can be expressed as which function of b[x]. Given: b[x] represents b as a function of x, k is a constant): Ob(x)=kx^2 b(x)=k log(x) Ob(x)=k sqrt(x) Ob(x)=kx
Transcribed Image Text:A constant stress cantilever beam having a point load at the end is desired. The width b of the beam, as a function of distance x from point load, can be expressed as which function of b[x]. Given: b[x] represents b as a function of x, k is a constant): Ob(x)=kx^2 b(x)=k log(x) Ob(x)=k sqrt(x) Ob(x)=kx
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