It can be shown that V1=e²+ and y2 = te²t are solutions 라 to the differential equation d²y 4+² -4 -4 dy d+ +4y=0 on (-∞0,00) a) what does the Wronskian ok V₁ Y₂ equal on (-∞0,00)
It can be shown that V1=e²+ and y2 = te²t are solutions 라 to the differential equation d²y 4+² -4 -4 dy d+ +4y=0 on (-∞0,00) a) what does the Wronskian ok V₁ Y₂ equal on (-∞0,00)
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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Transcribed Image Text:It can be shown that V1 = ezt
and y2 = te²+ are solutions
라
to the differential equation
d²y
dtz
-4 dy / +44-0 on (-∞0,00)
a) what does the Wronskian of
V₁ Y₂ equal on (-∞0,00)
W(Y₁, Y₂) = ? on (-00,00)
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