Part 1 of 3 Find a solution to the system [x'y']=[−62−2−10] [xy][x′y′]=[-62-2-10] [xy] by solving the IVP with initial condition [x(0)y(0)]=[1−4][x(0)y(0)]=[1-4] →x(t)=x→(t)= exp(t) ++ t exp(t)
Part 1 of 3 Find a solution to the system [x'y']=[−62−2−10] [xy][x′y′]=[-62-2-10] [xy] by solving the IVP with initial condition [x(0)y(0)]=[1−4][x(0)y(0)]=[1-4] →x(t)=x→(t)= exp(t) ++ t exp(t)
Elementary Linear Algebra (MindTap Course List)
8th Edition
ISBN:9781305658004
Author:Ron Larson
Publisher:Ron Larson
Chapter1: Systems Of Linear Equations
Section1.1: Introduction To Systems Of Linear Equations
Problem 90E: Consider the system of linear equations in x and y. ax+by=ecx+dy=f Under what conditions will the...
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Part 1 of 3
Find a solution to the system
[x'y']=[−62−2−10] [xy][x′y′]=[-62-2-10] [xy]
by solving the IVP with initial condition [x(0)y(0)]=[1−4][x(0)y(0)]=[1-4]
[x'y']=[−62−2−10] [xy][x′y′]=[-62-2-10] [xy]
by solving the IVP with initial condition [x(0)y(0)]=[1−4][x(0)y(0)]=[1-4]
→x(t)=x→(t)= |
|
exp(t) | ++ |
|
t exp(t) |
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