Skip to content

noahlias/project_euler

Repository files navigation

Project Euler

This is a project for Alias to practice the programming with Math.

Problems

50 Problems Exmaple

ID Description Solution
1 Multiples of 3 or 5 Solution
2 Even Fibonacci numbers Solution
3 Largest prime factor Solution
4 Largest palindrome product Solution
5 Smallest multiple Solution
6 Sum square difference Solution
7 10001st prime Solution
8 Largest product in a series Solution
9 Special Pythagorean triplet Solution
10 Summation of primes Solution
11 Largest product in a grid Solution
12 Highly divisible triangular number Solution
13 Large sum Solution
14 Longest Collatz sequence Solution
15 Lattice paths Solution
16 Power digit sum Solution
17 Number letter counts Solution
18 Maximum path sum I Solution
19 Counting Sundays Solution
20 Factorial digit sum Solution
21 Amicable numbers Solution
22 Names scores Solution
23 Non-abundant sums Solution
24 Lexicographic permutations Solution
25 1000-digit Fibonacci number Solution
26 Reciprocal cycles Solution
27 Quadratic primes Solution
28 Number spiral diagonals Solution
29 Distinct powers Solution
30 Digit fifth powers Solution
31 Coin sums Solution
32 Pandigital products Solution
33 Digit cancelling fractions Solution
34 Digit factorials Solution
35 Circular primes Solution
36 Double-base palindromes Solution
37 Truncatable primes Solution
38 Pandigital multiples Solution
39 Integer right triangles Solution
40 Champernowne's constant Solution
41 Pandigital prime Solution
42 Coded triangle numbers Solution
43 Sub-string divisibility Solution
44 Pentagon numbers Solution
45 Triangular, pentagonal, and hexagonal Solution
46 Goldbach's other conjecture Solution
47 Distinct primes factors Solution
48 Self powers Solution
49 Prime permutations Solution
50 Consecutive prime sum Solution
57 Square root convergents Solution

Special Problems

Almost equilateral triangles

Use the Matrix Formula to sove this Problem. $$ \left( \begin{matrix} -2 & 1 & 2 \ -1 & 2 & 2 \ -2 & 2 & 3 \end{matrix} \right)^k \left( \begin{matrix} 3 \ 4 \ 5 \end{matrix} \right) $$

License

MIT License

About

Simple project for practice programming in Math

Resources

License

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published

Languages