#include <stdio.h>

void quicksort( double array[], long long left, long long right);

long long partition( double array[], long long left, long long right);

int fDig( double x);

int main( void) {
    long long quantity = 0LL, counter = 0LL;
    int dig = 0;
    scanf("%lli", &quantity);

    double beard[quantity];

    for( counter = 0LL; counter < quantity; counter++) {
         scanf("%lf", &beard[counter]);
         }

    quicksort( beard, 0LL, quantity - 1LL);

    for( counter = 0LL; counter < quantity; counter++) {
         dig = fDig( beard[counter]);
         printf("%.*lf", dig, beard[counter]);
         if( counter == quantity - 1LL) {
             break;
                    }

         printf(" ");
         }
     return 0;
}

int fDig( double x) {
    int result = 0;
    while( x !=  floor(x)) {
           x *= 10;
           result++;
           }

    return result;



} 

/* Quick sort recursive function */ 

void quicksort( double array[], long long left, long long right){
    if ( left < right) {
        long long middle = partition( array, left, right);
        quicksort( array, left, middle - 1LL);
        quicksort( array, middle + 1LL, right);
    }
}

/* Partition :
         Modifies the array :
                  SMALLER , PIVOT , GREATER
         Returns the index for pivot because pivot is placed in the final position
*/

long long partition( double array[], long long left, long long right) {
    long long middle;

    double x = array[left];
    long long l = left;
    long long r = right;

    while( l < r) {
        while( ( array[l] <= x) && ( l < right)) {
               l++;
               }

        while( ( array[r] > x) && ( r >= left)) {
               r--;
               }

        if( l < r) {    
            double temp = array[l];
            array[l] = array[r];
            array[r] = temp;
        }
    }

    middle = r;

        double temp = array[left];
        array[left] = array[middle] ;
        array[middle] = temp;

    return middle ;
}