Mark Hurd

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372 reputation
516
bio website ozemail.com.au/~markhurd
location Cherry Gardens, Australia
age 43
visits member for 2 years, 9 months
seen 2 hours ago
stats profile views 101

I have a background in VB and C and an Honours degree in Mathematical Sciences from Adelaide University, majoring in Computer Science.

I have over 15 years VB experience and have dealt with back-end details, including without using databases.


25 Answers

newest activity votes
7
What are some examples of a mathematical result being counterintuitive?
4
Who are the most inspiring communicators of math for a general audience?
3
What are Catalan numbers?
2
How to solve this inequality with another way?
2
Big List of Fun Math Books
1
How to prove that $\frac{(5m)!(5n)!}{(m!)(n!)(3m+n)!(3n+m)!}$ is a natural number?
1
When $ f(x) = \int{f(x)} $
1
What does it mean for something to be true but not provable in peano arithmetic?
1
What does a “convention” mean in mathematics?
1
Does it make sense to run Meek STV with more choices than seats?
1
Can $\sum_{i=0}^n (k^i)/i!$ be simplified?
1
Create a trapping region for Lorenz Attractor
0
Let $(a_n)$ be a sequence of real numbers. Suppose each of the subsequences $(a_{2n}),(a_{2n+1})$ and $(a_{3n})$ converges to $p,q$ and $r$
0
Why is predicate “all” as in all(SET) true if the SET is empty?
0
A question on Taylor Series and polynomial
0
How can I introduce complex numbers to precalculus students?
0
Accidents of small $n$
0
Simple Set Theory Question
0
Cyclic numbers are characterized by the reciprocals of full reptend primes?
0
What is this sum?
0
Probability with multiple players
0
Are the values generated by non-linear equations truly random?
0
Convergence of $np(n)$ where $p(n)=\sum_{j=\lceil n/2\rceil}^{n-1} {p(j)\over j}$
-1
Prove elementarily that $\sqrt[n+1] {(n+1)!} - \sqrt[n] {n!}$ is strictly decreasing
-1
What is $\bigcup\limits_{n=1}^\infty [0,1-\frac{1}{n}]$?