Question

In: Advanced Math

Solve the following linear equations with constant coefficients, using characteristic equations and undetermined coefficients as needed....

Solve the following linear equations with constant coefficients, using characteristic equations and undetermined coefficients as needed.

y''+4y'-12y=x+e^2x y(0)=1,y'(0)=2

Solutions

Expert Solution


Related Solutions

Find a particular solution yp of the following EQUATIONS using the Method of Undetermined Coefficients. Primes...
Find a particular solution yp of the following EQUATIONS using the Method of Undetermined Coefficients. Primes denote the derivatives with respect to x. y''-16y=cos h(4x) y''+36y=12cos(6x)+18sin(6x) y''+4y'+8y=325e2tcos(5t) y(5)+6y(4)-y=12 y(5)+2y(3)+2y''=8x2-2 SOLVE ALL ~ do ur besest (:
solve using method of undetermined coefficients. y''-5y'-4y=cos2x
solve using method of undetermined coefficients. y''-5y'-4y=cos2x
Solve the differential equation using method of undetermined coefficients. y'''- 8y = 6xe2x
Solve the differential equation using method of undetermined coefficients. y'''- 8y = 6xe2x
Solve the differential equation using the method of undetermined coefficients. y'' − 10y' + 26y =...
Solve the differential equation using the method of undetermined coefficients. y'' − 10y' + 26y = e^−x
Use the method of undetermined coefficients to find the complete solutions of the following differential equations....
Use the method of undetermined coefficients to find the complete solutions of the following differential equations. d2y/dx2 − 3 dy/dx + 2y = 2x2 + ex + 2xex + 4e3x .
Solve the following constant coefficient linear differential equations using Laplace Transform (LT), Partial Fraction Expansion (PFE),...
Solve the following constant coefficient linear differential equations using Laplace Transform (LT), Partial Fraction Expansion (PFE), and Inverse Laplace Transform (ILT). You must check answers in the t-domain using the initial conditions. Note: Complex conjugate roots y ̈ (t) + 6 ̇y (t) + 13y (t) = 2 use the initial conditions y(0) = 3, ̇y(0) = 2.
Solve the differential equation using undetermined coefficients y''+3y'-4y=5tet+8t2-4
Solve the differential equation using undetermined coefficients y''+3y'-4y=5tet+8t2-4
Solve the non-homogeneous DE: y'' + 2 y' = et+ 3 using undetermined coefficients
Solve the non-homogeneous DE: y'' + 2 y' = et+ 3 using undetermined coefficients
Write the form of yp that is needed for method of undetermined coefficients. Use the annihilator...
Write the form of yp that is needed for method of undetermined coefficients. Use the annihilator method with the lowest order differential operator. DO NOT SOLVE for the coefficients. You must show the corresponding homogeneous solution and the differential operator you are applying to each side of the equation as part of your answer. a. y′′ + 6y′ + 9y = 4cos x b. y′′ + 7y′ +10y = 2e^6x + 3cos(5x) c. y′′ + 9y′ + 20y = 5xe^4x
Solve the following differentioal equation by undetermined coefficients: 1- yn - 4y = (x2 - 3...
Solve the following differentioal equation by undetermined coefficients: 1- yn - 4y = (x2 - 3 ) sin 2x 2- y4 - yn = 4x + 2xe-x 3- yn + 3y = -48x2e3x
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT