In Problem of the solution as t- Oo 16,solve the given initial value problem. Describe the...
1. Solve the initial value problem =[71]e, 20 = [2] Describe the behavior of the solution as t + 0.
Solve the initial value problem :-( 17.00 (3) and describe the behavior of the solution as t - 00
5. (20 pts). Solve the following initial-value problem: Ut + 2uuz - 0<x<, 0 <t<oo 0 1 <1 > 1 u(t,0) = Then draw the solution for different values of time.
7. Solve the initial value problem --( y = -1 00 when the initial value is given as following: and discuss the behavior of the solution as t (you may sketch the solution curve.) (a) X(0) = (0,0.5). 7. Solve the initial value problem --( y = -1 00 when the initial value is given as following: and discuss the behavior of the solution as t (you may sketch the solution curve.) (a) X(0) = (0,0.5).
Solve the given symbolic initial value problem and sketch a graph of the solution y" + 2y =60(1-4): y0)=0, y(0) = 2 Solve the given symbolic initial value problem. y(t) =
Find the solution of the given initial value problem. Describe the behavior of the solution as t + 0. 1-4 5 x, x (0) = 1 - 5 - 4 x=%) x,x(0) = () x = Enclose arguments of functions in parentheses. For example, sin (2x). Do not simplify trigonometric functions of nt, where n is a positive integer. 方程编辑器 Common Matrix sin(a) sec(a) in-- (a) cos(a) csc(a) cos" (a) tan(a) cot(a) tan-'@) Va a la U s X =...
Problem 1: We are interested in solving a modified form of diffusion equation given below using Fourier transforms au(x,t) The domain of the problem is-oo < x < oo and is 0 < t < oo . At time t = 0, the initial condition is given by u (x,0)-0 a) Take the Fourier transform on x and show that the above PDE can be transformed into the following ODE where G() is the Fourier transform of g(x) and U(w,...
Solve the given initial value problem. y'' + 4y' = 0; y(0) = 6, y'(0) = - 16 The solution is y(t) = _______
Let u be the solution to the initial boundary value problem for the Heat Equation au(t,) -48Fu(t,), te (0,oo), z (0,5); with boundary conditions u(t,0) 0, u(t,5) 0, and with initial condition 5 15 15 The solution u of the problem above, with the conventions given in class, has the form with the normalization conditions vn(0)-1, u Find the functions vnwn and the constants cn n(t) wnr) Let u be the solution to the initial boundary value problem for the...
Find a formula for the solution of the initial value problem for for t>0, -oc < x < oo ut = uzz-u a(1:0) = g(z) -x < 1 < x where g is continuous and bounded.( Hint: use v(x, t) = et u(z. t).) Find a formula for the solution of the initial value problem for for t>0, -oc