Find the general solution for dy dy +2 + 4y = dr dx? e2= (1+ x²)

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter2: Systems Of Linear Equations
Section2.5: Iterative Methods For Solving Linear Systems
Problem 25EQ
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a) Find the general solution for
dy
dy
+2-
+ 4y
dx?
dx
e2¤(1+ x²)*
b) Given an LC-circuit as
I
ď²q
L-
+äq =
dt² ™ Tª =
E, sin wt
where C is the capacitance, L is inductance, and E, is a constant. If
wo = and w # wo, show that the general solution for q(t) is given
by
%3D
q(t) = A coswot +B sin wot +
Eo
- sin wt
L(w – w²)
Transcribed Image Text:a) Find the general solution for dy dy +2- + 4y dx? dx e2¤(1+ x²)* b) Given an LC-circuit as I ď²q L- +äq = dt² ™ Tª = E, sin wt where C is the capacitance, L is inductance, and E, is a constant. If wo = and w # wo, show that the general solution for q(t) is given by %3D q(t) = A coswot +B sin wot + Eo - sin wt L(w – w²)
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