the change of the dependent variable v = y^4 transforms the equation dy (4y - 8y^-3)xdx = 0 into …
Published 1 month ago • No plays • Length 0:33Download video MP4
Download video MP3
Similar videos
-
0:33
applying the method of variation of parameters on 4y" 4y 8y = 8e-t, our u1 (t) at t = 0 equals …
-
12:11
linear independent functions - the wronskian
-
5:26
differential equation - 2nd order (27 of 54) general solution y(t)=? when y-term is missing ex.
-
11:37
what is a solution of an ode?
-
4:04
(2.1.5) find a general solution to a 2nd order linear homogenous de (missing y term)
-
3:18
solve the fourth order differential equation d^4y/dx^4 - 8d^2y/dx^2 16y = 0
-
0:33
find the solution to each d.e 1.) d2y/dx2 - 2 dy/dx 4y = ex cosx 2.) (d2 - 6d 8)y = (e2x - 1)2
-
1:53
differential equation - 2nd order (20 of 54) find the original diff. eqn. given general sol.: 2
-
4:13
the d notation, when the order does matter
-
0:33
question 4 solve the following initial value problem: y" 8y' 15y = 16e-3 * y(0) = 4, y(0) = 8 f…
-
3:35
find the wronskian to determine if the functions are independent and write the general solution
-
2:09
how to solve the fourth order de: y^(4) - 9y'' 20y = 0
-
0:33
question 20 solve the following homogeneous equation and identify which case it follows (case 1: b^…
-
0:33
the indicated function y1(x) is a solution of the given differential equation. use reduction of ord…
-
0:33
on the space provided, write yes if the given function is a solution and no if it is not: which of …
-
0:33
find the order and degree of the differential equation y”’-(4y’)3=0 a) order -3, degree-1 b) order …
-
9:51
the d notation, when the order does not matter
-
0:33
find the general solution of each of the differential equations y^'''-4 y^…