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Convergence of series, sequences and functions and different modes of convergence.
21
votes
0
answers
239
views
The "stained glass window problem": Draw many random chords in a circle; which kind of polyg...
Draw $n$ random chords in a circle, where each chord connects two independent uniformly random points on the circle.
As $n\to\infty$, which kind of polygon (triangle, quadrilateral, pentagon, etc.) o …
16
votes
0
answers
294
views
Randomized Pascal's triangle: What is the average of all the numbers?
This question was posted on MSE. It received some interesting responses, but no definite answer.
Let's build a variation of Pascal's triangle. We write $1$'s going down the sides, as usual. Then for …
5
votes
0
answers
182
views
Question about $n$ random points in a regular polygon, and a limiting probability
Suppose we choose $n$ uniformly random points in a disk, then draw the smallest circle that encloses all of those points. There is evidence suggesting that the probability that the enclosing circle is …
3
votes
0
answers
169
views
Does $\prod_{k=1}^\infty\left[1-\big((k+1)^{1/3}-k^{1/3}\big)^3\right]$ have a closed form?
In my MSE question, "Conjectured connection between $e$ and $\pi$ in a semidisk", the answer included
$$\prod_{k=1}^\infty\left[1-\big((k+1)^{1/3}-k^{1/3}\big)^3\right]\approx 0.96454\ldots.$$
Does th …
0
votes
1
answer
107
views
If $a_1=1$ and $a_n=\sec (a_{n-1})$ then what does the proportion of positive terms approach...
Consider the sequence $a_1=1$ and $a_n=\sec (a_{n-1})$ for $n>1$.
What does the proportion of positive terms approach, as $n\to\infty$?
At first I thought the limiting proportion might be $\frac{1} …