Given the system C. dx dt dx, f. dt = 4x₁ - 1x₂ a. Write the above system in matrix form ie dx dt b. Find eigenpairs. · = x₁ + 2x₂ = Ax. What is A ? Find ¹A. Can you use eigenmethods? No, because there are not enough eigenpairs. Do long way in class, using the associated homogeneous linear differential equation and find its natural fundamental set of solutions associated to time t =0. Then compare it to the formula 4.15 c in the text. d. Give a general solution of the system. e. Give the solution of the IVP with initial value x(0) = 3 Give the solution of the IVP with initial value x(1) =| (3)

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter9: Systems Of Equations And Inequalities
Section9.7: The Inverse Of A Matrix
Problem 30E
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Question
Given the system
C.
dx,
e.
dt
f.
-= 4x₁ - 1x₂
dx₁
a. Write the above system in matrix form ie
dx
dt
b. Find eigenpairs.
- = x₁ + 2x₂
dt
Ax. What is A ?
d. Give a general solution of the system.
Give the solution of the IVP with initial value x(0) =
(3)
Find A. Can you use eigenmethods? No, because there are not enough eigenpairs. Do long way in class,
using the associated homogeneous linear differential equation and find its natural fundamental set of
solutions associated to time t =0. Then compare it to the formula 4.15 c in the text.
Give the solution of the IVP with initial value x(1) =
Transcribed Image Text:Given the system C. dx, e. dt f. -= 4x₁ - 1x₂ dx₁ a. Write the above system in matrix form ie dx dt b. Find eigenpairs. - = x₁ + 2x₂ dt Ax. What is A ? d. Give a general solution of the system. Give the solution of the IVP with initial value x(0) = (3) Find A. Can you use eigenmethods? No, because there are not enough eigenpairs. Do long way in class, using the associated homogeneous linear differential equation and find its natural fundamental set of solutions associated to time t =0. Then compare it to the formula 4.15 c in the text. Give the solution of the IVP with initial value x(1) =
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