Applications of Differential Equations of Second Order The differential equation satisfied by a beam uniformly loaded (W kg/metre), with one end fixed and the second end subjected to tensile force P, is given by d'y - Py -Wx E.I. dx Show that the elastic curve for the beam with conditions %3D dy at x = 0, is given by dx ア= 0= Wx2 where n2 W ア= (1- cosh nx) + %3D Pn 2P EI

Elementary Linear Algebra (MindTap Course List)
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Author:Ron Larson
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Chapter4: Vector Spaces
Section4.8: Applications Of Vector Spaces
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Applications of Differential Equations of Second Order
The differential equation satisfied by a beam uniformly loaded (W kg/metre),
with one end fixed and the second end subjected to tensile force P, is given by
d'y
E.I.
Ру
Wx?
dx?
Show that the elastic curve for the beam with conditions
dy
y= 0 = at x = 0, is given by
dx
W
(1 – cosh nx) +
Wx
where n?
2P
2
EI
Pn?
Transcribed Image Text:Applications of Differential Equations of Second Order The differential equation satisfied by a beam uniformly loaded (W kg/metre), with one end fixed and the second end subjected to tensile force P, is given by d'y E.I. Ру Wx? dx? Show that the elastic curve for the beam with conditions dy y= 0 = at x = 0, is given by dx W (1 – cosh nx) + Wx where n? 2P 2 EI Pn?
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