9. (1 – x2) dy = 2y |D dx
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 9 and 13
![10. (1+x)2 dy
1.4 Problems
Find general solutions (implicit if necessary, explicit if conve-
nient) of the differential equations in Problems 1 through 18.
Primes denote derivatives with respect to x.
dy
1.
+ 2xy = 0
dx
dy
2.
+ 2xy2 = 0
dx
dy
dy
4. (1+x)-
= 4y
3.
= y sin x
dx
dx
5. 2/x
dy
V1- y2
dy
6.
dx
3 /xy
||
dx
dy
7.
(64ху)1/3
dx
dy
8.
= 2x sec y
dx
9. (1 – x2) dy
dx
= 2y
10. (1+x)2
= (1+y)²
dx
%3D
%3D
11. y' = xy3
12. yy' = x(y2 + 1)
dy
(y4 + 1) cos x
dx
dy
14.
dx
1+ Vx
1+ /y
13. у3](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2bafa3d4-8362-4eaf-b0f1-0c492e72839c%2F61511e6d-25cd-47df-9aca-9ee04c4ea692%2F8f5ie5_processed.png&w=3840&q=75)
Transcribed Image Text:10. (1+x)2 dy
1.4 Problems
Find general solutions (implicit if necessary, explicit if conve-
nient) of the differential equations in Problems 1 through 18.
Primes denote derivatives with respect to x.
dy
1.
+ 2xy = 0
dx
dy
2.
+ 2xy2 = 0
dx
dy
dy
4. (1+x)-
= 4y
3.
= y sin x
dx
dx
5. 2/x
dy
V1- y2
dy
6.
dx
3 /xy
||
dx
dy
7.
(64ху)1/3
dx
dy
8.
= 2x sec y
dx
9. (1 – x2) dy
dx
= 2y
10. (1+x)2
= (1+y)²
dx
%3D
%3D
11. y' = xy3
12. yy' = x(y2 + 1)
dy
(y4 + 1) cos x
dx
dy
14.
dx
1+ Vx
1+ /y
13. у3
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