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y" – 10y + 25y Consider the differential equation It is proposed as a particular solution Yp = U(x)e%z + V(x)ze5z system U'(z) y V'(z) satisfy the U'(x) + ¤V'(x) = 0 1 5U'(x) + (5x + 1)V'(x) = 24 where do you get that www a) V(x) = +C with C real constant 1 b) V(æ)= +C, cor with C real constant c) V(x) = 1 +C, 373 WITD C reai constant d) V(z) = 1 +C. c WIO. C reai constant 2x2

y" – 10y + 25y Consider the differential equation It is proposed as a particular solution Yp = U(x)e%z + V(x)ze5z system U'(z) y V'(z) satisfy the U'(x) + ¤V'(x) = 0 1 5U'(x) + (5x + 1)V'(x) = 24 where do you get that www a) V(x) = +C with C real constant 1 b) V(æ)= +C, cor with C real constant c) V(x) = 1 +C, 373 WITD C reai constant d) V(z) = 1 +C. c WIO. C reai constant 2x2

Advanced Engineering Mathematics
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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y" - 10y + 25y Consider the differential equation It is proposed as a particular solution p = U(x)e + V(x)xe5 system U'(x) y V'(æ) satisfy the U'(x) + ¤V'(x) = 0 1 5U'(x) + (5x + 1)V'(x): %3D where do you get that a) V(æ) : +C with C real constant b) V(x) : 1 +C, cor with C real constant c) V(æ) = 1 +C, 373 WItn C reai constant d) V(æ) = 1 +C. c WO,C reai constant 2x2
Transcribed Image Text:y" - 10y + 25y Consider the differential equation It is proposed as a particular solution p = U(x)e + V(x)xe5 system U'(x) y V'(æ) satisfy the U'(x) + ¤V'(x) = 0 1 5U'(x) + (5x + 1)V'(x): %3D where do you get that a) V(æ) : +C with C real constant b) V(x) : 1 +C, cor with C real constant c) V(æ) = 1 +C, 373 WItn C reai constant d) V(æ) = 1 +C. c WO,C reai constant 2x2
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