d v i c e v e r s a) ar e al l ow e d . T h e system m od u l e d e fi n e s t h e i m p or t an t Nat u r al t y p e as range[0..high(int)] ( h i gh r e t u r n s t h e m ax i m al v al u e ) . O t h e

the still unsorted values just to increase the number of sorted values by one. Selection sort has a nat­ ural behavior, that is, for an already sorted array the test s[i] < x would be always false, and

the still unsorted values just to increase the number of sorted values by one. Selection sort has a nat­ ural behavior, that is, for an already sorted array the test s[i] < x would be always false, and

the still unsorted values just to increase the number of sorted values by one. Selection sort has a nat­ ural behavior, that is, for an already sorted array the test s[i] < x would be always false, and

the still unsorted values just to increase the number of sorted values by one. Selection sort has a nat­ ural behavior, that is, for an already sorted array the test s[i] < x would be always false, and

the still unsorted values just to increase the number of sorted values by one. Selection sort has a nat­ ural behavior, that is, for an already sorted array the test s[i] < x would be always false, and

the still unsorted values just to increase the number of sorted values by one. Selection sort has a nat­ ural behavior, that is, for an already sorted array the test s[i] < x would be always false, and

the still unsorted values just to increase the number of sorted values by one. Selection sort has a nat­ ural behavior, that is, for an already sorted array the test s[i] < x would be always false, and

the still unsorted values just to increase the number of sorted values by one. Selection sort has a nat­ ural behavior, that is, for an already sorted array the test s[i] < x would be always false, and

the still unsorted values just to increase the number of sorted values by one. Selection sort has a nat­ ural behavior, that is, for an already sorted array the test s[i] < x would be always false, and