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Question 22 For the given differential equation = 4e*-y with initial condition y(0)= 1, and step size h=0.2 dx Using Heun's improvement to Euler's method for three steps, and answer the following: v value of y(0.2) A -3.3567 v value of predictor formula in 2nd step B. 3.1111 v y(0.4) is equal to C. 4.0356 v The value of the corrector formula in step 3 D. 5.5112 E. 2.323 F. 3.6873 G. 1.6286

Question 22 For the given differential equation = 4e*-y with initial condition y(0)= 1, and step size h=0.2 dx Using Heun's improvement to Euler's method for three steps, and answer the following: v value of y(0.2) A -3.3567 v value of predictor formula in 2nd step B. 3.1111 v y(0.4) is equal to C. 4.0356 v The value of the corrector formula in step 3 D. 5.5112 E. 2.323 F. 3.6873 G. 1.6286

Advanced Engineering Mathematics
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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Question 22 For the given differential equation = 4e*-y with initial condition y(0) = 1, and step size h=0.2 dx Using Heun's improvement to Euler's method for three steps, and answer the following: v value of y(0.2) A. -3.3567 v value of predictor formula in 2nd step B. 3.1111 v y(0.4) is equal to C. 4.0356 v The value of the corrector formula in step 3 D. 5.5112 E. 2.323 F. 3.6873 G. 1.6286
Transcribed Image Text:Question 22 For the given differential equation = 4e*-y with initial condition y(0) = 1, and step size h=0.2 dx Using Heun's improvement to Euler's method for three steps, and answer the following: v value of y(0.2) A. -3.3567 v value of predictor formula in 2nd step B. 3.1111 v y(0.4) is equal to C. 4.0356 v The value of the corrector formula in step 3 D. 5.5112 E. 2.323 F. 3.6873 G. 1.6286
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