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MathBlog
A man's journey through the wonderful world of Math and ProgrammingContact Us
- Taking a break
- Project Euler 146: Investigating a Prime Pattern
- Project Euler 145: How many reversible numbers are there below one-billion?
- UVa Online Judge New Platform
- Project Euler 144: Investigating multiple reflections of a laser beam.
- Project Euler 143: Investigating the Torricelli point of a triangle
- Project Euler 142: Perfect Square Collection
- Project Euler 141:Investigating progressive numbers, n, which are also square.
- Project Euler 140: Modified Fibonacci golden nuggets
- Project Euler 139: Pythagorean tiles
- Bjarki Ágúst: This is one of my favorite problems. I solved it very similarly. Given [latex]p_1[/latex] and [latex]p_2[/latex], I wanted to find an integer [latex]x...
- rebr: You can do this even in one single loop: int sundays = 0; for(DateTime date = new DateTime(1901, 1, 1); date.Date <= new DateTime(2000, 12, 31).D...
- Prashant: I see. That helps. Thanks again!...
- Kristian: Hi Prashant.You are very welcome, all I did was link to them after all. Regarding the books. I don't think I can recommend one over the other. W...
- Prashant: Hi, Firstly, thanks for sharing the links to the video lectures. Secondly, I would like to know your opinion on which of the two books - David Lay vs ...
- Kristian: I touched on Barycentric coordinates. However, I dismissed the idea for this one, I just don't remember why. But you are certainly right that it is a ...
Algebra API Arithmetic BigInteger Brute Force C# Calculus Combinatorics Competition Continued fractions Coprimes Diophantine Equation Dynamic Programming Euler's totient function Factorial Fibonacci Fractions Geometry Greatest Common Divisor Induction Java Jokes Linear Algebra Links Modulo Palindromes Pandigital Pell's equation Pen & Paper Pentagonal numbers Permutations Prime factorisation Prime Generation Prime numbers Programming Project Euler Proofs Pythagoras Recursion Repunit Sequences String Manipulation Teaching UVa Online Judge Video
