<prompt> Leka ho fana ka maikutlo a litsela tse peli tsa ho ntlafatsa algorithm e fanoeng.Algorithm ea ho hlopha e hlahlobang khafetsa letoto la linomoro ebe e khutlisetsa palo e nyane haholo.  <response>: Instruction in English: Try suggesting two ways of improving the given algorithm. . Response in English: 1. Instead of repetitively scanning the entire array to find the smallest number, you could use a more efficient sorting algorithm like QuickSort or MergeSort, which have an average time complexity of On log n. These algorithms use the divide-and-conquer approach to sort the array in less time. 2. You could also improve the algorithms efficiency by avoiding redundant comparisons. For example, once the smallest number is found and placed in its final position, the next iteration should not consider or compare it again. This could be achieved by keeping track of the sorted portion of the array and only iterating over and comparing the remaining unsorted elements. . Response in Sesotho: 1. Sebakeng sa ho hlahlobisisa sehlopha kaofela ka makhetlo ho fumana palo e nyane haholo, o ka sebelisa algorithm ea ho hlopha e sebetsang hantle joalo ka QuickSort kapa MergeSort, e nang le palohare ea nako e rarahaneng ea On log n. Li-algorithms tsena li sebelisa mokhoa oa ho arola le ho hlola ho hlophisa sehlopha ka nako e nyane. 2. U ka boela ua ntlafatsa katleho ea algorithm ka ho qoba ho bapisa ho sa hlokahaleng. Ka mohlala, hang ha palo e nyenyane ka ho fetisisa e fumanoa me e behiloe sebakeng sa eona sa ho qetela, pheta-pheto e latelang ha ea lokela ho nahana kapa ho e bapisa hape. Sena se ka finyelloa ka ho boloka tlaleho ea karolo e hlophisitsoeng ea lethathamo le ho pheta-pheta le ho bapisa likarolo tse setseng tse sa hlophisoang. 