Consider a system of two linear first-order ordinary differential equations: y₁ = y₁ - y2, y₂ a) The corresponding eigenvalues are Oλ₁ = 1, λ₂ = −1 b) The corresponding eigenvectors of this linear ODE system are: OI and IV Oll and III OIII and IV where I:u₁ II:u₂ = III:u₁ = = 1+i 2 (¹5¹) 3 2i 2(1 + i) • (20₁²+1) 2(1 + i) IV:u₂ = Oλ₁ = i, λ₂ = −i c) The phase portrait for this system of ODEs is Centre OUnstable focus with spiral out Oλ₁ = 1 + i, λ₂ = 1 - i Stable node OI and II = 2y1 - y2. OStable focus with spiral in

Advanced Engineering Mathematics
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Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Consider a system of two linear first-order ordinary differential equations: y₁ = y₁ − Y2,
a) The corresponding eigenvalues are
Oλ₁ = 1, λ₂ = −1
b) The corresponding eigenvectors of this linear ODE system are:
OI and IV
Oll and III
OllI and IV
where
I:u₁ =
II:u₂ =
III:u₁
IV:u₂
1+i
2
(¹3²)
Oλ₁ = i, λ₂ = −i
= ( 2 (1 + i))
• (20²+0)
=
2(1 + i)
c) The phase portrait for this system of ODEs is
OCentre OUnstable focus with spiral out
Oλ₁=1+i, λ₂ = 1-i
Stable node
y₂ = 2y₁ - y2.
OI and II
OStable focus with spiral in
Transcribed Image Text:Consider a system of two linear first-order ordinary differential equations: y₁ = y₁ − Y2, a) The corresponding eigenvalues are Oλ₁ = 1, λ₂ = −1 b) The corresponding eigenvectors of this linear ODE system are: OI and IV Oll and III OllI and IV where I:u₁ = II:u₂ = III:u₁ IV:u₂ 1+i 2 (¹3²) Oλ₁ = i, λ₂ = −i = ( 2 (1 + i)) • (20²+0) = 2(1 + i) c) The phase portrait for this system of ODEs is OCentre OUnstable focus with spiral out Oλ₁=1+i, λ₂ = 1-i Stable node y₂ = 2y₁ - y2. OI and II OStable focus with spiral in
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