Transform the differential equation y" - 2y" +8y-y=t into a system of first order equations. 1₁ = U2₁ 1²₂ = 13, 3= 2u₁ - 8u₂+uz+t 1₁ = U₂₁ 1/₂ = U3, Uz = -2₁ +8₂ -Uz +t O A B 1₁ = 12₁ 1²₂ = 13, 3= 203-80₂ + +t 1₁ = U2₁ 1/₂ = 13, uz = 2u2 - 8u3+₁+t O C O D
Transform the differential equation y" - 2y" +8y-y=t into a system of first order equations. 1₁ = U2₁ 1²₂ = 13, 3= 2u₁ - 8u₂+uz+t 1₁ = U₂₁ 1/₂ = U3, Uz = -2₁ +8₂ -Uz +t O A B 1₁ = 12₁ 1²₂ = 13, 3= 203-80₂ + +t 1₁ = U2₁ 1/₂ = 13, uz = 2u2 - 8u3+₁+t O C O D
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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Transform the differential equation
![Transform the differential equation y" - 2y" + 8y - y = t into a system of first order equations.
2²₁ = 12₁ 1²₂ = 13, 3 = 2u₁ - 8u₂+uz+t
1₂ = 1₂₁ 1²₂ = U3, Uz = −2u₁ +8uz-uz+t
O A
B
1/₁ = U₂₁ 1/₂ = Uz, uz = 2u3 - 8u₂+₁ +t
1²₁ = 1₂₁ 1²₂ = 13, uz = 2u2 - 8u3+ U₁ + t
O C
O D](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9bffcdde-a658-439e-8246-503635a6fccc%2F329a4b42-2085-4ddc-81b3-8aacee1b3c1d%2Fxsq422_processed.png&w=3840&q=75)
Transcribed Image Text:Transform the differential equation y" - 2y" + 8y - y = t into a system of first order equations.
2²₁ = 12₁ 1²₂ = 13, 3 = 2u₁ - 8u₂+uz+t
1₂ = 1₂₁ 1²₂ = U3, Uz = −2u₁ +8uz-uz+t
O A
B
1/₁ = U₂₁ 1/₂ = Uz, uz = 2u3 - 8u₂+₁ +t
1²₁ = 1₂₁ 1²₂ = 13, uz = 2u2 - 8u3+ U₁ + t
O C
O D
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