Jair Taylor

less info
meta site favicon meta user | stack exchange network profile network profile
1,325 reputation
514
bio website
location
age 26
visits member for 1 year, 1 month
seen yesterday
stats profile views 138

I'm currently a graduate student at University of Washington. I'm interested in combinatorics.


27 Answers

newest activity votes
73
What was the first bit of mathematics that made you realize that math is beautiful? (For children's book)
16
Find the number of arrangements of $k \mbox{ }1'$s, $k \mbox{ }2'$s, $\cdots, k \mbox{ }n'$s - total $kn$ cards.
7
Minimal polynomial of $i\frac{\sqrt{3}}{2}+\frac{1}{2}$
6
A relationship between matrices, bernoulli polynomials, and binomial coefficients
4
Complex Analysis- Research
4
Products of infinitely many measure spaces. Applications?
4
How many strings in the set X have length exactly 55?
4
$f,g$ continuous functions, $f$ strictly increasing, non-vanishing: $\int_a^bg(x)(f(x))^n\,dx=0$ for all $n$ $\Rightarrow g\equiv 0$
4
A general formula for $n$ distinguishable arrangements of length $\ell$ of a sequence of a given size?
3
Enumerating Rooted labeled trees without Langrange inversion formula
3
Are there straightforward methods to tell which function has fastest asymptotic growth without a calculator?
3
What does the supremum of a sequence of sets represent?
2
How to solve the non homogeneous equations
2
Counting strings containing specified appearances of words
2
Who are the most inspiring communicators of math for a general audience?
2
Generating Series for the set of all compositions which have an even number of parts.
2
Statements in Euclidean geometry that appear to be true but aren't
2
Number of words with a minimal number of repetitions
1
Number of even letter permutations is divisible by $p$
1
Combination of three items with no adjacent items the same
1
I'm asked to give a combinatorial proof of the following question, how would I go about doing it?
1
Differentiation; trouble finding $\frac{dy}{dx}$ in terms of $y$
1
What are some strategies for creating linear recurrence relationships?
0
two successive zeros
0
Limit as $x$ goes to zero of an arbitrary function
0
Non-isomorphic combinatorial classes with growth rate equal to the golden ratio?
0
how to determine the coefficient to simplify this expression