Question: 1. Write and test an array-based Radix Sort. @staticmethod def radix_sort(a): Performs a base 10 radix sort. Use: Sorts.radix_sort(a) a Parameters: an array of base

 1. Write and test an array-based Radix Sort. @staticmethod def radix_sort(a):Performs a base 10 radix sort. Use: Sorts.radix_sort(a) a Parameters: an arrayof base 10 integers (list) Returns: None Add the sort to your

1. Write and test an array-based Radix Sort. @staticmethod def radix_sort(a): Performs a base 10 radix sort. Use: Sorts.radix_sort(a) a Parameters: an array of base 10 integers (list) Returns: None Add the sort to your sorts_array.py module from your Sorts lab. Test the sort from t01.py. The Gnome Sort (the name comes from the idea of garden gnomes sorting flower pots) is a mixture of Insertion Sort and Bubble Sort. The algorithm is as follows: the gnome stands in front of a flower pot; the gnome looks at the pot to his left and the pot in front. If they are in the right order, he steps one pot to the right. If they are out of order, he swaps them and steps one pot to the left. If there is no left pot, he moves right. If there is no pot to his right, he is done. Write and test an array-based Gnome Sort. How does the efficiency of the Gnome Sort compare to Insertion Sort and Selection Sort? (Answer in testing.txt.) @staticmethod def gnome_sort(a): Sorts an array using the Gnome Sort algorithm. Use: gnome_sort(a) Parameters: a - an array of comparable elements (list) Returns: None Add the sort to your sorts_array.py module from your Sorts lab. Test the sort from t03.py. The Gnome Sort (the name comes from the idea of garden gnomes sorting flower pots) is a mixture of Insertion Sort and Bubble Sort. The algorithm is as follows: the gnome stands in front of a flower pot; the gnome looks at the pot to his left and the pot in front. If they are in the right order, he steps one pot to the right. If they are out of order, he swaps them and steps one pot to the left. If there is no left pot, he moves right. If there is no pot to his right, he is done. Write and test an array-based Gnome Sort. How does the efficiency of the Gnome Sort compare to Insertion Sort and Selection Sort? (Answer in testing.txt.) @staticmethod def gnome_sort(a): Sorts an array using the Gnome Sort algorithm. Use: gnome_sort(a) Parameters: a - an array of comparable elements (list) Returns: None Add the sort to your sorts_array.py module from your Sorts lab. Test the sort from t03.py

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