1) Use MATLAB to solve this differential equation. ??/?? = .25?
(1 − ?/4 ) - a
2) Use MATLAB to graph solution curves to this system with
several different initial values. Be sure to show at least one
solution curve for each of the scenarios found in ??/?? = .25? (1 −
?/4 ) - a ( let a = 0.16)
Consider the differential equation x′=[2 4
-2 −2],
with x(0)=[1 1]
Solve the differential equation where x=[x(t)y(t)].
x(t)=
y(t)=
please be as clear as possible especially when solving for c1
and c2 that's the part i need help the most
1.
Set-up the appropriate differential equation(s) and solve to
derive the general equation of motion for a human sized “dummy”
moving vertically (up/down) under the following assumptions:
(a)The initial elevation is h0 ft.
(b)The initial velocity is V0 ft./sec.
(c)All motion vertical (ignore any sideways motion).
(d)The force due to wind is proportional to velocity and in the
opposite
direction of velocity.
(e)The “terminal velocity” is 120mph (e.g. lim
t→∞ (V)= 120 mph).
(f)Force = Mass * Acceleration.
(g)Acceleration due to...
In Exercises 1-38, solve each differential equation using
variation of parameters. If an equation can be solved using
undetermined coefficients, do so. If both methods can be used to
find Yp, which method is easier when both can be used?
y"+2y'+50y=e^(-t)csc(7t)
Solve the following problems.
a) What is the order of the differential equation ? ′ = ? 2 − 3?
− 10? Is it linear ?
b) Determine whether the differential equation ? ′ = ? 2 − 3? −
10 possesses constant solutions. If yes find these constant
solutions.
c) Find the value(s) of ? so that the function ? = ? ?? is a
solution of ? ′′ − 3? ′ − 10? = 0.
Do you think...