Question

Use the cobweb diagram to show that the map f(x) =e^-x has a unique fixed point....

Use the cobweb diagram to show that the map f(x) =e^-x has a unique fixed point. Also determine the stability character of the fixed point from the diagram.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Show that the function  has a unique fixed point in the interval . g(x)=(3x+19)^1/3 [0,infinite]
Show that the function  has a unique fixed point in the interval . g(x)=(3x+19)^1/3 [0,infinite]
Show, if f : X → X is continuous, X is compact, and f does not...
Show, if f : X → X is continuous, X is compact, and f does not have a fixed point, then there is an E > 0 such that d(x, f(x)) ≥ E for all x ∈ X.
Show E[f(X)g(X)]≥E[f(X)]E[g(X)] for f,g bounded, nondecreasing.
Show E[f(X)g(X)]≥E[f(X)]E[g(X)] for f,g bounded, nondecreasing.
Use the three-point center-difference formula to approximate f ′ (0), where f(x) = e x ,...
Use the three-point center-difference formula to approximate f ′ (0), where f(x) = e x , for (a) h=0.1; (b) h=0.01; (c) h=0.001.
Let f(x, y) = (2y-x^2)(y-2x^2) a. Show that f(x, y) has a stationary point at (0,...
Let f(x, y) = (2y-x^2)(y-2x^2) a. Show that f(x, y) has a stationary point at (0, 0) and calculate the discriminant at this point. b. Show that along any line through the origin, f(x, y) has a local minimum at (0, 0)
Show, if f : X → X is continuous, X is compact, and f does not...
Show, if f : X → X is continuous, X is compact, and f does not have a fixed point, then there is an > 0 such that d(x, f(x)) ≥ for all x ∈ X.
Prove that, if f(x) has a limit as x->a, then the limit is unique. In other...
Prove that, if f(x) has a limit as x->a, then the limit is unique. In other words, if limf(x) = L1 and lim f(x) = L2, then L1=L2
Find the fixed point of e-e^(x) to within 0.1 by using xed point iteration.
Find the fixed point of e-e^(x) to within 0.1 by using xed point iteration.
Use intermediate theorem to show that theer is a root of f(x)=-e^x+3-2x in the interval (0,...
Use intermediate theorem to show that theer is a root of f(x)=-e^x+3-2x in the interval (0, 1)
consider solving x=cos(x) using fixed point iteration to find p, the fixed point. Show that the...
consider solving x=cos(x) using fixed point iteration to find p, the fixed point. Show that the convergence is linear for any starting value p0 sufficiently close to p.
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT