Consider the system given in the figure. Application of the static equilibrium equations in the plane yields the following expression. Find the value of the e that satisfies the equilibrium condition. Use the initial guess for 0 as 0.6. You must use a numerical method tought in this course! 4cos(0 +5) - 12v0 = -80

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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In required problems, only Simpson's Rule (take the number of sections as n=4), NewtonRaphson Method, Least Squares Method should be used.

Consider the system given in the figure.
Application of the static equilibrium equations in
the plane yields the following expression. Find the
value of the 0 that satisfies the equilibrium
condition. Use the initial guess for 0 as 0.6. You
-2 ft
-2 ft-
k% D30 lb/ft
k 30 lb/ft
must use a numerical method tought in this
coursel
4cos(e +5) 12v0 = -80
Transcribed Image Text:Consider the system given in the figure. Application of the static equilibrium equations in the plane yields the following expression. Find the value of the 0 that satisfies the equilibrium condition. Use the initial guess for 0 as 0.6. You -2 ft -2 ft- k% D30 lb/ft k 30 lb/ft must use a numerical method tought in this coursel 4cos(e +5) 12v0 = -80
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