Question

consider the initial value problems dx/dt=(1/4)x^3 -x , x(0)=1 compute the equilibrium solutions for this DE...

consider the initial value problems
dx/dt=(1/4)x^3 -x ,
x(0)=1

compute the equilibrium solutions for this DE and classify the stability for each one
Math   Advanced-Math   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
dx/dt=(1/4)x^3 -x, c(0)=1 compute the solution to this initial value problem. An algebraically implicit solution for...
dx/dt=(1/4)x^3 -x, c(0)=1 compute the solution to this initial value problem. An algebraically implicit solution for x(t) is acceptanle x(0)=1
solve the initial value problems: 1)x'+(1/t)x=1/x, x=2 when t=3. 2)(2tx+x3)dt + (t2+3tx2)dx = 0, x=1 when...
solve the initial value problems: 1)x'+(1/t)x=1/x, x=2 when t=3. 2)(2tx+x3)dt + (t2+3tx2)dx = 0, x=1 when t=1.
Consider the dynamical system below. dx/dt = -x+2y-4 dy/dt = -x-2y a.Sketch the nullclines for this...
Consider the dynamical system below. dx/dt = -x+2y-4 dy/dt = -x-2y a.Sketch the nullclines for this system b. Find the equilibrium point c. From the initial point (0,2), and using a Δt value of 0.2, compute the current position after one iteration.
Initial value problem : Differential equations: dx/dt = x + 2y dy/dt = 2x + y...
Initial value problem : Differential equations: dx/dt = x + 2y dy/dt = 2x + y Initial conditions: x(0) = 0 y(0) = 2 a) Find the solution to this initial value problem (yes, I know, the text says that the solutions are x(t)= e^3t - e^-t and y(x) = e^3t + e^-t and but I want you to derive these solutions yourself using one of the methods we studied in chapter 4) Work this part out on paper to...
Consider the following initial value problem: dx/dt + 7x/t = et^4, x(1) =2 (a) Find an...
Consider the following initial value problem: dx/dt + 7x/t = et^4, x(1) =2 (a) Find an integrating factor for the differential equation. (b) Use the integrating factor to solve the initial value problem
solve the given initial value problem dx/dt=7x+y x(0)=1 dt/dt=-6x+2y y(0)=0 the solution is x(t)= and y(t)=
solve the given initial value problem dx/dt=7x+y x(0)=1 dt/dt=-6x+2y y(0)=0 the solution is x(t)= and y(t)=
Solve the Initial value porblem dx/dt=[-4 -4, 4 -4]x x(0)=[9 6] give your solution in real...
Solve the Initial value porblem dx/dt=[-4 -4, 4 -4]x x(0)=[9 6] give your solution in real form x1= x2=
Consider the second order differential equation d2/dt^2 x + 6 dx/dt + 10x = 0. Classify...
Consider the second order differential equation d2/dt^2 x + 6 dx/dt + 10x = 0. Classify the harmonic oscillator (undamped, underdamped, critically damped, over damped). Justify your answer.
Solve the initial value problems . 3. (d^2 y)/(dx^2 )=1-5x;y^' (0)=2,y(0)=4
Solve the initial value problems . 3. (d^2 y)/(dx^2 )=1-5x;y^' (0)=2,y(0)=4
Consider the following system of differential equations dx/dt = (x^2 + 2x + 1)(x^2 − 4x...
Consider the following system of differential equations dx/dt = (x^2 + 2x + 1)(x^2 − 4x + 4) dy/dt = xy − 1 Which of the following is not an equilibrium point of the above system? (A) (3, 1/3 ) (B) (−1, −1) (C) (1, 1) (D) (1, 3)
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT