Adams-Moultan Two-Step Method yi+1 =yi + (h/12) [5f(xi+1,y ̃i+1)+8f(xi,yi)−f(xi−1,yi−1)] where i = 1, 2, ....N − 1. The local error is O(h^4) For the Adams-Moultan implicit scheme, write out the Taylor series expansion with the appropriate number of terms to find y ̃3. You do not have to evaluate your expansion. Using the value of y ̃3 = 0.49614 find y3 using this scheme. Use your previous most accurate values from your iterations of y1 and the exact value for y2. Comment on your answer. please leave all calculations to 5 decimal places and include detailed working for each step
Adams-Moultan Two-Step Method yi+1 =yi + (h/12) [5f(xi+1,y ̃i+1)+8f(xi,yi)−f(xi−1,yi−1)] where i = 1, 2, ....N − 1. The local error is O(h^4) For the Adams-Moultan implicit scheme, write out the Taylor series expansion with the appropriate number of terms to find y ̃3. You do not have to evaluate your expansion. Using the value of y ̃3 = 0.49614 find y3 using this scheme. Use your previous most accurate values from your iterations of y1 and the exact value for y2. Comment on your answer. please leave all calculations to 5 decimal places and include detailed working for each step
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Adams-Moultan Two-Step Method
yi+1 =yi + (h/12) [5f(xi+1,y ̃i+1)+8f(xi,yi)−f(xi−1,yi−1)]
where i = 1, 2, ....N − 1. The local error is O(h^4)
-
For the Adams-Moultan implicit scheme, write out the Taylor series expansion with the appropriate number of terms to find y ̃3. You do not have to evaluate your expansion.
-
Using the value of y ̃3 = 0.49614 find y3 using this scheme. Use your previous most accurate values from your iterations of y1 and the exact value for y2. Comment on your answer.
please leave all calculations to 5 decimal places and include detailed working for each step
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