| P01-scottp.pl | P01 - Find the last box of a list. | Scott Penrose |
| P01-topo.pl | P01 - Find the last element of a list. | Ryan Connelly |
| P02-scottp.pl | P02 - Find the last but one box of a list. | Scott Penrose |
| P02-topo.pl | P02 - Find the last two elements of a list. | Ryan Connelly |
| P03-scottp.pl | P03 - Find the K'th element of a list. | Scott Penrose |
| P03-topo.pl | P03 - Find the | Ryan Connelly |
| P04-scottp.pl | P04 - Find the number of elements of a list | Scott Penrose |
| P04-topo.pl | P04 - Find the number of elements in a list. | Ryan Connelly |
| P05-scottp.pl | P05 - Reverse a list | Scott Penrose |
| P05-topo.pl | P05 - Reverse a list. | Ryan Connelly |
| P06-ajs.pl | P06 - Find out whether a list is a palindrome. | Aaron Sherman |
| P06-scottp.pl | P06 - Find out whether a list is a palindrome. | Scott Penrose |
| P06-topo.pl | P06 - Find out whether a list is a palindrome. | Ryan Connelly |
| P07-eric256.pl | P07 - Flatten a nested array structure. | Eric Hodges |
| P07-topo.pl | P07 - Flatten a nested array structure. | Orginally Ryan Connelly |
| P07-viklund.pl | P07 - Flatten a nested array structure. | Johan Viklund |
| P08-eric256.pl | P08 - Eliminate consecutive duplicates of list elements. | Eric Hodges |
| P08-topo.pl | P08 - Eliminate consecutive duplicates of list elements. | Ryan Connelly |
| P08-viklund.pl | P08 - Eliminate consecutive duplicates of list elements. | Johan Viklund |
| P09-rje.pl | P09 - Pack consecutive duplicates of list elements into sublists. | Rob Eaglestone |
| P09-scottp.pl | P09 - Pack consecutive duplicates of list elements into sublists. | Scott Penrose |
| P09-topo.pl | P09 - Pack consecutive duplicate elements of a list into sublists. | Ryan Connelly |
| P09-unobe.pl | P09 - Pack consecutive duplicates of list elements into sublists. | David Romano |
| P10-scottp.pl | P10 - Run-length encoding of a list. | Scott Penrose |
| P10-topo.pl | P10 - Run-length encoding of a list. | Ryan Connelly |
| P10-unobe.pl | P10 - Run-length encoding of a list. | David Romano |
| P11-topo.pl | P11 - Modified run-length encoding. | Ryan Connelly |
| P11-unobe.pl | P11 - Modified run-length encoding. | David Romano |
| P12-rhebus.pl | P12 - Decode a run-length encoded list. | Philip Potter |
| P12-topo.pl | P12 - Decode modified run-length encoding. | Ryan Connelly |
| P12-unobe.pl | P12 - Decode a run-length encoded list. | David Romano |
| P13-rhebus.pl | P13 - Run-length encoding of a list (direct solution). | Philip Potter |
| P13-topo.pl | P13 - Direct run-length encoding. | Ryan Connelly |
| P13-viklund.pl | P13 - Run-length encoding of a list (direct solution). | Johan Viklund |
| P14-scottp.pl | P14 - Duplicate the elements of a list. | Scott Penrose |
| P14-topo.pl | P14 - Duplicate the elements in a list. | Ryan Connelly |
| P14-viklund.pl | P14 - Duplicate the elements of a list. | Johan Viklund |
| P15-rhebus.pl | P15 - Replicate the elements of a list a given number of times. | Philip Potter |
| P15-topo.pl | P15 - Replicate the elements of a list a given number of times. | Ryan Connelly |
| P15-unobe.pl | P15 - Replicate the elements of a list a given number of times. | David Romano |
| P16-edpratomo.pl | P16 (**) Drop every N'th element from a list. | Edwin Pratomo |
| P16-topo.pl | P16 - Drop every | Ryan Connelly |
| P17-topo.pl | P17 - Split a list into two parts; the length of the first part is given. | Ryan Connelly |
| P17-unobe.pl | P17 - Split a list into two parts; the length of the first part is given. | David Romano |
| P18-topo.pl | P18 - Extract a slice from a list. Indices start at 1. | Ryan Connelly |
| P19-topo.pl | P19 - Rotate a list | Ryan Connelly |
| P20-rhebus.pl | P20 - Remove the K'th element from a list. | Philip Potter |
| P20-topo.pl | P20 - Remove the | Ryan Connelly |
| P21-scottp.pl | P21 - Insert an element at a given position into an array. | Scott Penrose |
| P21-topo.pl | P21 - Insert an element at a given position into a list. | Ryan Connelly |
| P22-scottp.pl | P22 - Create a list containing all integers within a given range. | Scott Penrose |
| P22-topo.pl | P22 - Create a list containing all integers within a given range. | Ryan Connelly |
| P23-topo.pl | P23 - Extract a given number of randomly selected elements from a list. | Ryan Connelly |
| P24-topo.pl | P24 - Draw | Ryan Connelly |
| P25-topo.pl | P25 - Generate a random permutation of the elements of a list. | Ryan Connelly |
| P26-topo.pl | P26 - Generate the combinations of | Ryan Connelly |
| P31-rhebus.pl | P31 - Determine whether a given integer number is prime. | Philip Potter |
| P32-rhebus.pl | P32 - Determine the greatest common divisor of two positive integer | Philip Potter |
| P33-rhebus.pl | P33 - Determine whether two positive integer numbers are coprime. | Philip Potter |
| P34-rhebus.pl | P34 - Calculate Euler's totient function phi(m). | Philip Potter |
| P35-rhebus.pl | P35 - Determine the prime factors of a given positive integer. | Philip Potter |
| P36-ovid.pl | P36 - Determine the prime factors of a given positive integer (2). | Curtis Poe |
| P36-rhebus.pl | P36 - Determine the prime factors of a given positive integer (2). | Philip Potter |
| P37-rhebus.pl | P37 - Calculate Euler's totient function phi(m) (improved). | Philip Potter |
| P39-rhebus.pl | P39 - A list of prime numbers. | Curtis "Ovid" Poe |
| P40-rhebus.pl | P40 - Goldbach's conjecture. | Philip Potter |
| P41-rhebus.pl | P41 - A list of Goldbach compositions. | Philip Potter |
| P91-edpratomo.pl | P91 - Knight's tour. | Edwin Pratomo |
Perl 6 Examples