Consider the cantilevered beam supporting a balcony. It is subjected to an effective distributed load of 5 kip/ft. If the beam is a W14 x 30 steel beam (properties available via web search) with elastic modulus E 29,000 ksi: B k 5.0 k/ft 6 ft cantilever beam A x< (a) Determine the elastic curve, v(x), for the beam as a function of x. (b) Determine the maximum slope. (c) Determine the maximum deflection.
Consider the cantilevered beam supporting a balcony. It is subjected to an effective distributed load of 5 kip/ft. If the beam is a W14 x 30 steel beam (properties available via web search) with elastic modulus E 29,000 ksi: B k 5.0 k/ft 6 ft cantilever beam A x< (a) Determine the elastic curve, v(x), for the beam as a function of x. (b) Determine the maximum slope. (c) Determine the maximum deflection.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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
Transcribed Image Text:Consider the cantilevered beam supporting a balcony. It is subjected to an effective distributed load
of 5 kip/ft. If the beam is a W14 x 30 steel beam (properties available via web search) with elastic
modulus E 29,000 ksi:
B
k
5.0 k/ft
6 ft
cantilever beam
A
x<
(a) Determine the elastic curve, v(x), for the beam as a function of x.
(b) Determine the maximum slope.
(c) Determine the maximum deflection.
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