S dg = f dg cos 0 where, cos e = VR+xa GS Rd0 x J (VR² + x²)²VR² + x² dg GS Rx de (VR2 + x²)7 GS Rx de (R2 + x?)% GS Rx (R2 + x2)7; G S Rx [2л — 0] 3 (R2 + x2)Z 2n G S Rx 9 = 3 (R2 + x2)?
S dg = f dg cos 0 where, cos e = VR+xa GS Rd0 x J (VR² + x²)²VR² + x² dg GS Rx de (VR2 + x²)7 GS Rx de (R2 + x?)% GS Rx (R2 + x2)7; G S Rx [2л — 0] 3 (R2 + x2)Z 2n G S Rx 9 = 3 (R2 + x2)?
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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Kindly explain the process of this solution:
![S dg = f dg cos 0
where, cos 0
VR+x
GS Rde x
(VR2 + x?)?VR² + x²
2n
GS Rx de
3
° (VR2 + x?)7
GS Rx
de
3
(R2 + x2)7%
GS Rx
3
(R2 + x2)Z%
GS Rx
3 [2n – 0]
3
(R2 + x2)Z
2n G S Rx
3
(R2 + x?)7](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc6431778-bba5-4f57-883b-3ed4a8da76a1%2F0249374d-cf1d-4319-ba17-273c38e430de%2Fbjik78m_processed.jpeg&w=3840&q=75)
Transcribed Image Text:S dg = f dg cos 0
where, cos 0
VR+x
GS Rde x
(VR2 + x?)?VR² + x²
2n
GS Rx de
3
° (VR2 + x?)7
GS Rx
de
3
(R2 + x2)7%
GS Rx
3
(R2 + x2)Z%
GS Rx
3 [2n – 0]
3
(R2 + x2)Z
2n G S Rx
3
(R2 + x?)7
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