6. Use the noise terms phenomenon to solve the following Fredholm integral equation 4. u 9. 7. u(x) 8. u(x) 12 10. u 11. ~ IT w -1₁ -1 14. u(x) = πx + cos X- xu(t)dt cl Lo wwwjdt net Jo 221 It J (t)dt u(t)dt wu(t)dt 1+) dt 2 (+)dt

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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4. u
6.
Use the noise terms phenomenon to solve the following Fredholm integral equation
7. u(x)
8. u(x)
9.1
12
10. u
11. ~
IT w
-1₁
-1
14. u(x): = πx + cos X-
xu(t)dt
cl
To
22
wwwjdt
net
Jo
It
J
(t)dt
u(t) dt
wu(t)dt
1+) dt
2
(+)dt
Transcribed Image Text:4. u 6. Use the noise terms phenomenon to solve the following Fredholm integral equation 7. u(x) 8. u(x) 9.1 12 10. u 11. ~ IT w -1₁ -1 14. u(x): = πx + cos X- xu(t)dt cl To 22 wwwjdt net Jo It J (t)dt u(t) dt wu(t)dt 1+) dt 2 (+)dt
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