(ii) D(D – 2D – 3)u = e**2y (iii) (2D + D' – 1)²(D – 2D' + 2)³ = 0 %3D

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Question 17 part 2 and 3 solve kindly

17. Solve the following PDES:
(i)
(ii) D(D – 2D' - 3)u = e**2y
(iii) (2D + D' – 1)²(D – 2D' + 2)³ = 0
18. Find the complete solution of the following PDES:
(i) (r²D² - 2xy DD' + 3³D² - xD + 3yD´)u = 8(y/x)
(ii) D(D – 2D' – 3)u = e**2y
%3D
nte sol:
Transcribed Image Text:17. Solve the following PDES: (i) (ii) D(D – 2D' - 3)u = e**2y (iii) (2D + D' – 1)²(D – 2D' + 2)³ = 0 18. Find the complete solution of the following PDES: (i) (r²D² - 2xy DD' + 3³D² - xD + 3yD´)u = 8(y/x) (ii) D(D – 2D' – 3)u = e**2y %3D nte sol:
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