Question

In: Advanced Math

Solve each of the following ODEs. If initial conditions are given, give the unique solution. d)...

Solve each of the following ODEs. If initial conditions are given, give the unique solution.

d) y''' − 5y'' + 2y' + 8y = 0, y(0) = 2, y'(0) = −1, y''(0) = −5

e) y''' + 9y'' + 27y' + 27y = 0, y(0) = 2, y'(0) = 0, y''(0) = 3

a) x^2y'' + xy' + 4y = 0, x > 0

b) x^2y'' − 6y = 0, x > 0, y(1) = y'(1) = 5

c) x^2y'' + 5xy' + 4y = 0, x > 0, y(1) = 5, y'(1) = −9

Solutions

Expert Solution


Related Solutions

Find the general solution for the following ODEs. If initial condition is given, solve the initial...
Find the general solution for the following ODEs. If initial condition is given, solve the initial value problem. 3) (D^4 − 13D^2 + 36I)y = 12e^x 4) (D^3 − D^2 − D + I)y = 0, y(0) = 0, Dy(0) = 1, D^2y(0) = 0
Solve Legendre’s equation for the given initial conditions. (1 — х)у -
Solve Legendre’s equation for the given initial conditions. (1 - x2)y - 2xy + 6y = 0
Determine the unique solution of the given initial value problem that is valid in any interval...
Determine the unique solution of the given initial value problem that is valid in any interval not including the singular point.               4x2 y’’ + 8xy’ + 17y = 0;             y(1) = 2, y’ (1) = 2(31/2 )− 1 please show all steps
5.       Solve the following differential equation using the given initial conditions (Use convolution and set up the...
5.       Solve the following differential equation using the given initial conditions (Use convolution and set up the integral but do not integrate.)               y'’ − 2y’ + 2y = 18e−t sin3t;         y(0) = 0, y’(0) = 3
Solve the recurrence relation with the given initial conditions. b0 = 0, b1 = 4, bn...
Solve the recurrence relation with the given initial conditions. b0 = 0, b1 = 4, bn = 2bn ? 1 + 2bn ? 2 for n ? 2
Find the closed formula solution to each of the following recurrence relations with the given initial...
Find the closed formula solution to each of the following recurrence relations with the given initial conditions. Use an iterative approach and show your work! What is a_100? a) a_n=a_(n-1)+2,a_0=3 b) a_n=a_(n-1)+2n+3,a_0=4 c) a_n=2a_(n-1)-1,a_0=1 d) a_n=-a_(n-1),a_0=5
Find the closed formula solution to each of the following recurrence relations with the given initial...
Find the closed formula solution to each of the following recurrence relations with the given initial conditions. Use an iterative approach and show your work! What is a100 ? an=an-1+2, a0=3 an=an-1+2n+3, a0=4 an=2an-1-1, a0=1 an=-an-1, a0=5
Check if each of the following ODEs is an exact. If it is not an exact...
Check if each of the following ODEs is an exact. If it is not an exact find an integrating factor to make it an exact. Then solve each of the following ODEs. (e) dx + (x/y−siny)dy = 0 (f) ydx + (2x−yey)dy = 0 (g) (3x2y + 2xy + y3)dx + (x2 + y2)dy = 0
Solve the given nonhomogeneous ODE by variation of parameters or undetermined coefficients. Give a general solution...
Solve the given nonhomogeneous ODE by variation of parameters or undetermined coefficients. Give a general solution and show all details of your work. a) y''-4y'+4y=x^2e^x b) (D^2-2D+I)y=x^2+x^(-2)e^x
Find a solution of the following differential equations satisfying the given initial conditions y''+y'+y=x2 , y(0)=1,...
Find a solution of the following differential equations satisfying the given initial conditions y''+y'+y=x2 , y(0)=1, y'(0)=1
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT