<prompt> Hlalosa algorithm bakeng sa ho rarolla bothata ba ho hlophisa palo ea lipalo ho tloha ho bonyane ho isa ho tse kholo.nan  <response>: Instruction in English: Explain an algorithm for solving the problem of sorting an array of numbers in order from least to greatest. . Response in English: One of the most common and simple algorithms that can be used to sort an array of numbers in increasing order is called the Bubble Sort algorithm. The basic idea behind the Bubble Sort algorithm is to compare adjacent pairs of numbers in the array, and swap their positions if they are out of order. This process is repeated until the entire array is sorted. Here is a step-by-step explanation of how the algorithm work:1. Start by setting a variable called swapped to true. This variable will be used to keep track of whether any swaps have been made during each pass through the array.2. While the swapped variable is true, perform the following steps: 1. Set the swapped variable to false. 2. Iterate through the array from the first element to the second-to-last element. For each element, do the following: 1. If the element is greater than the element that comes after it, swap their positions. 2. Set the swapped variable to true, indicating that a swap has been made.3. After the while-loop terminates, the array will be sorted in increasing order.This algorithm has a time complexity of On2 in the worst case, meaning that for large arrays, it can be quite slow. However, for small arrays, or arrays that are already nearly sorted, the Bubble Sort algorithm can be quite efficient. . Response in Sesotho: ngoe ea li-algorithms tse tloaelehileng le tse bonolo tse ka sebelisoang ho hlophisa palo ea lipalo ka tatellano e ntseng e eketseha e bitsoa Bubble Sort algorithm. Mohopolo oa mantlha ka morao ho algorithm ea Bubble Sort ke ho bapisa lipara tse haufi tsa linomoro ka hara sehlopha, le ho fapanyetsana maemo haeba li sa tloaeleha. Tsebetso ena e phetoa ho fihlela sehlopha sohle se hlophisoa. Mona ke tlhaloso ea mohato ka mohato ea hore na algorithm e sebetsa joang: 1. Qala ka ho beha mofuta o bitsoang swapped hore e be nete. Phapang ena e tla sebelisoa ho boloka tlaleho ea hore na ho na le li-swaps tse entsoeng nakong e ngoe le e ngoe ea sehlopha. 2. Le hoja ho feto-fetoha ha fapiloeng e le nete, etsa mehato e latelang: 1. Beha fapiloeng ho ea ho bohata. 2. Pheta ka lethathamo ho tloha nthong ea pele ho isa ho ea bobeli ho isa ho ea ho qetela. Bakeng sa elemente ka ngoe, etsa tse latelang: 1. Ha elemente e le kholo ho feta elemente e tlang ka morao ho eona, fapanyetsana maemo. 2. Beha swapped e feto-fetohang ho nete, e bontšang hore phetoho e entsoe. 3. Ka mora hore nako-loop e fele, sehlopha se tla hlophisoa ka tatellano e ntseng e eketseha. Algorithm ena e na le ho rarahana ha nako ea On2 maemong a mabe ka ho fetesisa, ho bolelang hore bakeng sa lihlopha tse kholo, e ka lieha haholo. Leha ho le joalo, bakeng sa lihlopha tse nyenyane, kapa lihlopha tse seng li batla li hlophisoa, algorithm ea Bubble Sort e ka sebetsa hantle haholo. 