I am taking my first stats course and struggling quite a bit as my professor does not explain things well. I wanted to double check that I am on the right track. My question is: Show that $f(x)≥0$ for all $x ∈ R$ , where $x$ is the exponential density function:$$f(x) = \begin{cases}λ\operatornam...
Question What are the words to describe the method in the image below? (from Nelsen's Proofs without Words II) Attempt I was thinking and could define the sequence $u_1=2; u_{n+1}=f\circ g^{−1}(u_n)$ where $f(x)=\sqrt x$ and $g(x)=x−2$, as suggested by image, and thus, by the graph, it suggests ...
I am struggling making a cobweb diagram for the function $$x_{t+1}=\dfrac{8x_t}{1+2x_t}.$$ So I understand when making the cobweb diagram, that I have to draw the line $y=x$. But where I have trouble understanding is how to draw the function in the graph. I am given the point $x_0 =0.5$ So I plug...
Pictures illustrating iterations for $x_{n+1}=f(x_n)$
Apr 26, 2014 at 8:34, 36 minutes total – 15 messages, 1 user, 0 stars
Bookmarked Oct 6, 2015 at 14:12 by Martin Sleziak
I don't like the recommendation to use tags such as probability-theory or probability-distributions instead of probability in the description of probability tag. If I am searching for probability questions, I simply click probability tag, and if a question is tagged by something instead, I miss ...
What is the difference between (probability) and (probability-theory)? If there is none, is it better to use both tags or to decide on one (by tossing a fair coin, of course)?
In Rudin's Principles of Mathematical Analysis (3e), the following exercise is given in the chapter about differentiation: Exr.24 (p.118): The process described in part (c) of Exercise 22 can of course also be applied to functions that map $(0, \infty)$ to $(0, \infty)$. Fix some $\alpha > 1$, a...
« first day (3891 days earlier) ← previous day next day → last day (450 days later) »