Q1: Consider the IVP: y' =1+ y, y(0)=0. 1. Show that the IVP has a unique solution in D={(1,y),-St,ys.- 2. Solve the IVP. 3. Use Picard's method to find the 3ed approximate solution y; (t) of the IVP.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Numerical Analysis
01: Consider the IVP:
y = 1+ y, y(0)=0.
1. Show that the IVP has a unique solution in D=
2. Solve the IVP.
3. Use Picard's method to find the 3ed approximate solution y3 (t) of the IVP.
Transcribed Image Text:01: Consider the IVP: y = 1+ y, y(0)=0. 1. Show that the IVP has a unique solution in D= 2. Solve the IVP. 3. Use Picard's method to find the 3ed approximate solution y3 (t) of the IVP.
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