Question

DIFFERENTIAL EQUATIONS INDETERMINATE COEFFICIENTS given the function g (x) determine the proposed particular solution Yp if...

DIFFERENTIAL EQUATIONS INDETERMINATE COEFFICIENTS given the function g (x) determine the proposed particular solution Yp if its possible

g(x)= -6xe^(2x)

g(x)= e^(-x) cos(2x)

g(x)= 9x^(2) -17xe^(x/2) sin(x)

g(x)= 5x^(-2) +8x^(-1) -(7/3) + 3 sqr(2)x +6x^(2)

Homework Answers

Answer #1

For the general form of the particular solution is

For the general form of the particular solution is

For the general form of the particular solution is

For because of terms of the form the general form of the particular solution doesn't exist. Meaning such equations must be solved by other methods

Hope this was helpful. Please do leave a positive rating if you liked this answer. Thanks and have a good day!

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Differential Equations Using the method of undetermined coefficients find the Yp (particular solution) of the differential...
Differential Equations Using the method of undetermined coefficients find the Yp (particular solution) of the differential equation: y’’ - y = 1 + e^x
Differential Equations (a) By inspection, find a particular solution of y'' + 2y = 14. yp(x)...
Differential Equations (a) By inspection, find a particular solution of y'' + 2y = 14. yp(x) = ______ANSWER HERE______. (b) By inspection, find a particular solution of y'' + 2y = −4x. yp(x) = ______ANSWER HERE______ (c) Find a particular solution of y'' + 2y = −4x + 14. yp(x) = _____ANSWER HERE_____ (d) Find a particular solution of y'' + 2y = 8x + 7. yp(x) = ___ANSWER HERE____.
In problems 28-35: SET UP the form of a particular solution, yp, of the following differential...
In problems 28-35: SET UP the form of a particular solution, yp, of the following differential equations. DO NOT determine the coefficients: y" - 2y' + 5y = exsin(4x)+xe-2x
(1 point) Match the following nonhomogeneous linear equations with the form of the particular solution yp...
(1 point) Match the following nonhomogeneous linear equations with the form of the particular solution yp for the method of undetermined coefficients.   ?    A    B    C    D      1. y′′+y=t(1+sint)   ?    A    B    C    D      2. y′′+4y=t2sin(2t)+(5t−7)cos(2t)   ?    A    B    C    D      3. y′′+2y′+2y=3e−t+2e−tcost+4e−tt2sint   ?    A    B    C    D      4. y′′−4y′+4y=2t2+4te2t+tsin(2t) A. yp=t(A0t2+A1t+A2)sin(2t)+t(B0t2+B1t+B2)cos(2t) B. yp=A0t2+A1t+A2+t2(B0t+B1)e2t+(C0t+C1)sin(2t)+(D0t+D1)cos(2t) C. yp=Ae−t+t(B0t2+B1t+B2)e−tcost+t(C0t2+C1t+C2)e−tsint D. yp=A0t+A1+t(B0t+B1)sint+t(C0t+C1)cost
<question 1> find a solution for the given differential equation. if possible, find a particular solution...
<question 1> find a solution for the given differential equation. if possible, find a particular solution byspecifying the integral coefficient. please show details of your work. 1) y'+(x^2)y=(e^(-x^3)sinhx)/3y^3 (hint : integral of sinh is cosh : you can prove this by using the definition of cosh and sinh) 2) y''+2y'+y=2xsinx 3) y''+10y'+25y=100sinh(5x) (hint : sin(5x)=1/2(e^5x-e^(-5x))
Differential equations Given that x1(t) = cos t is a solution of (sin t)x′′ − 2(cos...
Differential equations Given that x1(t) = cos t is a solution of (sin t)x′′ − 2(cos t)x′ − (sin t)x = 0, find a second linearly independent solution of this equation.
Non homogeneous eq w constant; undetermined coefficients Find the general solution: 1) y" + 4y' +...
Non homogeneous eq w constant; undetermined coefficients Find the general solution: 1) y" + 4y' + 4y = xe^−x. 2) y" + 2y' + 5y = e^2x cos x. Determine a suitable form for a particular solution z = z(x) of the given equations 1) y" + 2y' = 2x + x^2e^−3x + sin 2x. 2) y" − 5y' + 6y = 2e^2x cos x − 3xe^3x + 5. 3) y" + 5y' + 6y = 2e^2x cos x −...
Solve the given differential equation by undetermined coefficients. y'' + 2y' + y = 2 cos...
Solve the given differential equation by undetermined coefficients. y'' + 2y' + y = 2 cos x − 2x sin x
y′′ + 4y′ + 5y = e−2x sin x (c) Find the particular solution yp(t) using...
y′′ + 4y′ + 5y = e−2x sin x (c) Find the particular solution yp(t) using the Variation of Parameters method
B. a non-homogeneous differential equation, a complementary solution, and a particular solution are given. Find a...
B. a non-homogeneous differential equation, a complementary solution, and a particular solution are given. Find a solution satisfying the given initial conditions. y''-2y'-3y=6 y(0)=3 y'(0) = 11 yc= C1e-x+C2e3x yp = -2 C. a third-order homogeneous linear equation and three linearly independent solutions are given. Find a particular solution satisfying the given initial conditions y'''+2y''-y'-2y=0, y(0) =1, y'(0) = 2, y''(0) = 0 y1=ex, y2=e-x,, y3= e-2x