<prompt> Ngola algorithm ho hlophisa palo ea linomoro tse sa laoleheng.nan  <response>: Instruction in English: Write an algorithm to sort an array of unordered numbers. . Response in English: To sort an array of unordered numbers, one of many algorithms that can be used is the quicksort algorithm. Here is an implementation of quicksort in Python:def quicksortarray: if lenarray 2: Base case: arrays with 0 or 1 element are already sorted return array else: Recursive case pivot array0 Sub-array of all the elements less than the pivot less i for i in array1: if i pivot Sub-array of all the elements greater than the pivot greater i for i in array1: if i pivot return quicksortless pivot quicksortgreaterThe quicksort function takes as input an array of unordered numbers. The function has a base case, which is to return the array if it is of length less than 2 since arrays with 0 or 1 element are already sorted. For arrays of length 2 or more, the function proceeds with the recursive case.In the recursive case, the first element of the array is selected as the pivot. Two sub-arrays are then created: one less sub-array containing all the elements less than or equal to the pivot and a greater sub-array containing all the elements greater than the pivot. The quicksort function is then called recursively on both the less and the greater sub-arrays.Finally, the sorted less sub-array, the pivot, and the sorted greater sub-array are concatenated together to form the sorted array, which is then returned as the output.Note that the quicksort algorithm is an efficient sorting algorithm that has an average-case time complexity of On log n, where n is the number of elements in the array. In the worst case, the time complexity is On2, but this is unlikely to happen if the pivot is chosen properly. . Response in Sesotho: Ho hlophisa lethathamo la linomoro tse sa laoleheng, e ngoe ea li-algorithms tse ngata tse ka sebelisoang ke algorithm ea quicksort. Mona ke tsebetsong ea quicksort ho Python: def quicksortarray: haeba lenarray 2: Base case: li-arrays tse nang le 0 kapa 1 element li se li hlophisitsoe ka mokhoa o mong oa ho khutlisa: Recursive case pivot array 0 Karolo e nyane ea likarolo tsohle tse ka tlase ho pivot e nyane i bakeng sa i ka lethathamo 1: haeba ke pivot Karolo e nyane ea likarolo tsohle tse kholo ho feta pivot e kholo i bakeng sa i in array1: haeba ke pivot return quicksorttlase pivot quicksortgreer Tshebetso ya quicksort e nka e le ho kenya lenane la dinomoro tse sa laolwang. Tshebetso e na le basesi, e leng ho khutlisa lethathamo haeba bolelele ba lona bo ka tlase ho 2 kaha lihlopha tse nang le 0 kapa 1 element li se li hlophisoa. Bakeng sa lihlopha tsa bolelele ba 2 kapa ho feta, tsebetso e tsoela pele ka kesi e iphetang. Tabeng ea ho pheta-pheta, karolo ea pele ea sehlopha e khethoa e le pivot. Ka mora moo ho theoa lihlopha tse peli tse tlase: tlase e ngoe e nang le likarolo tsohle tse ka tlase ho kapa tse lekanang le pivot le sehlopha se seholo se seholo se nang le likarolo tsohle tse kholo ho feta pivot. Tshebetso ya quicksort e tla bitswa ka ho kgutla ho bobedi tlase le dihlopha tse nyenyane tse kholo. Qetellong, sehlopha se hlophisoang sa tlase, pivot, le sehlopha-potlana se khōloanyane se hlophiloeng li kopanngoa hammoho ho etsa sehlopha se hlophiloeng, se tlang ho khutlisoa e le tlhahiso. Hlokomela hore algorithm ea quicksort ke algorithm e sebetsang ea ho hlopha e nang le nako e tloaelehileng ea ho rarahana ea On log n, moo n e leng palo ea likarolo tse hlophisitsoeng. Boemong bo bobe ka ho fetisisa, ho rarahana ha nako ke On2, empa sena ha se na monyetla oa ho etsahala haeba pivot e khethiloe hantle. 