# Euler problems/121 to 130

### From HaskellWiki

BrettGiles (Talk | contribs) m (EulerProblems/121 to 130 moved to Euler problems/121 to 130) |
BrettGiles (Talk | contribs) m |
||

Line 1: | Line 1: | ||

+ | [[Category:Programming exercise spoilers]] |
||

== [http://projecteuler.net/index.php?section=problems&id=121 Problem 121] == |
== [http://projecteuler.net/index.php?section=problems&id=121 Problem 121] == |
||

Investigate the game of chance involving coloured discs. |
Investigate the game of chance involving coloured discs. |

## Revision as of 21:04, 23 June 2007

## Contents |

## 1 Problem 121

Investigate the game of chance involving coloured discs.

Solution:

problem_121 = undefined

## 2 Problem 122

Finding the most efficient exponentiation method.

Solution:

problem_122 = undefined

## 3 Problem 123

Determining the remainder when (pn − 1)n + (pn + 1)n is divided by pn2.

Solution:

problem_123 = undefined

## 4 Problem 124

Determining the kth element of the sorted radical function.

Solution:

problem_124 = undefined

## 5 Problem 125

Finding square sums that are palindromic.

Solution:

problem_125 = undefined

## 6 Problem 126

Exploring the number of cubes required to cover every visible face on a cuboid.

Solution:

problem_126 = undefined

## 7 Problem 127

Investigating the number of abc-hits below a given limit.

Solution:

problem_127 = undefined

## 8 Problem 128

Which tiles in the hexagonal arrangement have prime differences with neighbours?

Solution:

problem_128 = undefined

## 9 Problem 129

Investigating minimal repunits that divide by n.

Solution:

problem_129 = undefined

## 10 Problem 130

Finding composite values, n, for which n−1 is divisible by the length of the smallest repunits that divide it.

Solution:

problem_130 = undefined