Consider the differential equation: 1. y"-y%D What is the general solution? y= [a + In(1 +te *)]e* + [c, -e* + In(1 + e)]e2* In|sec 3xl y3 4 cos 3x + c, sin 3x cos 3x +tan 3x %3D 3. y= ce* + c2xe* + e2* Oy= (4- dx)e*+(c2+ S dx) e*

Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter11: Differential Equations
Section11.1: Solutions Of Elementary And Separable Differential Equations
Problem 5E
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Find Yp and general solution
Consider the differential equation:
1.
y"-y=
What is the general solution?
y= [a + In(1 +te *)]e* + [c, -e* + In(1 + e)]e2*
In sec 3x
y3 4 cos 3x + C, sin 3x
cos 3x +tan 3x
%3D
3.
y= ce* + c2xe* + e2x
Oy=(q-dx)e
(c2 +.
2x
Transcribed Image Text:Consider the differential equation: 1. y"-y= What is the general solution? y= [a + In(1 +te *)]e* + [c, -e* + In(1 + e)]e2* In sec 3x y3 4 cos 3x + C, sin 3x cos 3x +tan 3x %3D 3. y= ce* + c2xe* + e2x Oy=(q-dx)e (c2 +. 2x
Consider the differential equation:
1.
y"-y=;
Yp
What is the particular solution
Yp =
Yp = e* In(1 + e*) +e2* [In(1 +e*) – e*]
%3D
Yp = -e-*
S-dx +e* S
2x
2x
Yp
Transcribed Image Text:Consider the differential equation: 1. y"-y=; Yp What is the particular solution Yp = Yp = e* In(1 + e*) +e2* [In(1 +e*) – e*] %3D Yp = -e-* S-dx +e* S 2x 2x Yp
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