Find the exact solution of the given initial value problem, then apply Euler's method

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Find the exact solution of the given initial value problem, then apply Euler's method. Q. no. 12 only
A programmable calculator or a computer will be useful for
Problems 11 through 16. In each problem find the exact so-
lution of the given initial value problem. Then apply Euler's
method twice to approximate (to four decimal places) this so-
lution on the given interval, first with step size h = 0.01, then
with step size h = 0.005. Make a table showing the approxi-
mate values and the actual value, together with the percentage
error in the more accurate approximation, for x an integral
multiple of 0.2. Throughout, primes denote derivatives with
respect to x.
11. y' = y – 2, y(0) = 1;0 S x SI
12. y' = }v – 1)², y(0) = 2;0 < x S 1
13. yy' = 2x³, y(1) = 3; 1 < x < 2
14. xy' = y², y(1) = 1; 1 < x < 2
15. xy' = 3x – 2y, y(2) = 3; 2 < x<3
16. y²y' = 2x$, y(2) = 3;2 < x S 3
Transcribed Image Text:A programmable calculator or a computer will be useful for Problems 11 through 16. In each problem find the exact so- lution of the given initial value problem. Then apply Euler's method twice to approximate (to four decimal places) this so- lution on the given interval, first with step size h = 0.01, then with step size h = 0.005. Make a table showing the approxi- mate values and the actual value, together with the percentage error in the more accurate approximation, for x an integral multiple of 0.2. Throughout, primes denote derivatives with respect to x. 11. y' = y – 2, y(0) = 1;0 S x SI 12. y' = }v – 1)², y(0) = 2;0 < x S 1 13. yy' = 2x³, y(1) = 3; 1 < x < 2 14. xy' = y², y(1) = 1; 1 < x < 2 15. xy' = 3x – 2y, y(2) = 3; 2 < x<3 16. y²y' = 2x$, y(2) = 3;2 < x S 3
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