x)=diff(y) (x)=diff(y,2) -(x)=diff(y,3) nd the particular (y1p), complementary (y1c), and general x)=

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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1 %Solving a Non-Homogeneous Higher Order Differential Equations
2 %Initializations
3 syms y(x)
4 Dy(x)=diff(y)
5 D2y(x)=diff(y, 2)
6 D3y(x)=diff(y, 3)
7
8 %Find the particular (y1p), complementary (y1c), and general solution (y1GS) of y'''+y'=tan x
9 g1(x)=
10 L1=
11 y1c =
12 y1GS =
13 y1p=
14
15 %Find the particular (y2p), complementary (y2c), and general solution (y2GS) of y'''+4y'=sec 2x
16 g2 (x)=
17 L2=
18 y2c =
19 y2GS =
20 y2p=
21
22 %Find the particular (y3p), complementary (y3c), and general solution (y3GS) of y'''-2y''-y'+2y=e^4x
23 g3(x)=
24 L3=
25 y3c =
26 y3GS =
27 y3p=
28
29 %Find the particular (y4p), complementary (y4c), and general solution (y4GS) of y' ' '-3y''+2y'=e^2x/(1+e^x)
30 g4(x)=
31 L4=
|32 y4c =
33 y4GS =
34 y4p=
Transcribed Image Text:1 %Solving a Non-Homogeneous Higher Order Differential Equations 2 %Initializations 3 syms y(x) 4 Dy(x)=diff(y) 5 D2y(x)=diff(y, 2) 6 D3y(x)=diff(y, 3) 7 8 %Find the particular (y1p), complementary (y1c), and general solution (y1GS) of y'''+y'=tan x 9 g1(x)= 10 L1= 11 y1c = 12 y1GS = 13 y1p= 14 15 %Find the particular (y2p), complementary (y2c), and general solution (y2GS) of y'''+4y'=sec 2x 16 g2 (x)= 17 L2= 18 y2c = 19 y2GS = 20 y2p= 21 22 %Find the particular (y3p), complementary (y3c), and general solution (y3GS) of y'''-2y''-y'+2y=e^4x 23 g3(x)= 24 L3= 25 y3c = 26 y3GS = 27 y3p= 28 29 %Find the particular (y4p), complementary (y4c), and general solution (y4GS) of y' ' '-3y''+2y'=e^2x/(1+e^x) 30 g4(x)= 31 L4= |32 y4c = 33 y4GS = 34 y4p=
This section will help the students find a solution to a Non-Homogeneous Higher Order Differential Equation Using MATLAB
Example:
syms y(x) g(x)
Dy(x)=diff(y)
D2y(x)=diff(y,2)
L=D2y+3*Dy+2*y;
g(x)= x^2;
yc = dsolve(L==0)
yGS = dsolve(L==g(x))
yp=yGS-yc
Exercises:
In each of the following, determine the general solution, particular solution and complementary solution.
1. y + y = tanx
2. y + 4y = sec2x
3. y" - 2y" -y + 2y = ex
p2x
4. y" - 3y" + 2y =
I
1 + et
Transcribed Image Text:This section will help the students find a solution to a Non-Homogeneous Higher Order Differential Equation Using MATLAB Example: syms y(x) g(x) Dy(x)=diff(y) D2y(x)=diff(y,2) L=D2y+3*Dy+2*y; g(x)= x^2; yc = dsolve(L==0) yGS = dsolve(L==g(x)) yp=yGS-yc Exercises: In each of the following, determine the general solution, particular solution and complementary solution. 1. y + y = tanx 2. y + 4y = sec2x 3. y" - 2y" -y + 2y = ex p2x 4. y" - 3y" + 2y = I 1 + et
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