Consider the differential equation dy = 3z² sin y, dr (1) along with the initial condition y(0) in the region %3D D

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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Hi expert answer please it's differential equations
Consider the differential equation
dy
32 sin y,
dr
(1)
along with the initial condition y(0) = ", in the region
%3D
D= {r,v: -<=<<v<}.
{1.9:
< x <
Write (1) as an equivalent integral equation and give the expression for the Picard
iterations. Obtain the first Picard iterates yo(r), y1 (x), y2(x) for the given initial
condition.
Analytically obtain the particular solution of (1) satisfying the initial condition,
and use Matlab to plot the latter alongside the Picard iterate y2(x).
Transcribed Image Text:Consider the differential equation dy 32 sin y, dr (1) along with the initial condition y(0) = ", in the region %3D D= {r,v: -<=<<v<}. {1.9: < x < Write (1) as an equivalent integral equation and give the expression for the Picard iterations. Obtain the first Picard iterates yo(r), y1 (x), y2(x) for the given initial condition. Analytically obtain the particular solution of (1) satisfying the initial condition, and use Matlab to plot the latter alongside the Picard iterate y2(x).
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