9. (siny - ysinxy)dx + (xcosy- xsinxy)dy = 010. (x2 – y?)y + (2xy+ 1) = 011. (5x² + 1)y - (20xy) = 10x y(0) = =12. y +y = e y(0) = 313. (x + 1)dy = (x³ – 2xy+x)dx y(1) = 114. y + 2xy - x = e*15. yy +xy? - x = 0 y(0) = -116. ydy = (x- y²)dx

Name: 9. (siny - ysinxy)dx + (xcosy- xsinxy)dy = 010. (x2 – y?)y + (2xy+ 1)
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Description: 9. (siny - ysinxy)dx + (xcosy- xsinxy)dy = 010. (x2 – y?)y + (2xy+ 1) = 011. (5x² + 1)y - (20xy) = 10x y(0) = =12. y +y = e y(0) = 313. (x + 1)dy = (x³ – 2xy+x)dx y(1) = 114. y + 2xy - x = e*15. yy +xy? - x = 0 y(0) = -116. ydy = (x- y²)dx

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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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9. (siny - ysinxy)dx + (xcosy- xsinxy)dy = 0
10. (x2 – y?)y + (2xy+ 1) = 0
11. (5x² + 1)y - (20xy) = 10x y(0) = =
12. y +y = e y(0) = 3
13. (x + 1)dy = (x³ – 2xy+x)dx y(1) = 1
14. y + 2xy - x = e*
15. yy +xy? - x = 0 y(0) = -1
16. ydy = (x- y²)dx

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