The second order Taylor method is (derivative is taken with respect to t.) h Yi+1 = Y; + h| f (ti, Yi) +7ƒ'(ti, Yi) + n( f(² ) Apply this method to the model problem y' = λy, (Reλ < 0) to find and plot the region of stability for this method. Also found the restriction on h for stability if λ is real.

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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1. The second order Taylor method is (derivative is taken with respect to t.)
h
Yi+1 = Y; + h| f (ti, Y;) + − ƒ' (t;, Y;)
(10
(4₂.1))
Apply this method to the model problem y' = λy, (Reλ < 0) to find and plot the region of stability for
this method. Also found the restriction on h for stability if is real.
Transcribed Image Text:1. The second order Taylor method is (derivative is taken with respect to t.) h Yi+1 = Y; + h| f (ti, Y;) + − ƒ' (t;, Y;) (10 (4₂.1)) Apply this method to the model problem y' = λy, (Reλ < 0) to find and plot the region of stability for this method. Also found the restriction on h for stability if is real.
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