<prompt> Fetola moenjiniere algorithm ena.Kenyelletso: Sehlopha sa A sa N palo e feletseng A1, A2, ..., AN Sephetho: Sehlopha se secha se hlophiloeng sa B sa N nomoro B1, B2, ..., BN Etsoe ke 2 ho ea ho N j i ha j 1 le Aj Aj-1 swap Aj le Aj-1 j j-1  <response>: Instruction in English: Reverse engineer this algorithm. . Response in English: This algorithm is an implementation of the Insertion Sort sorting algorithm. It sorts an input array A of N integers by iterating through each element from index i 2 to the end of the array N. For each element, the algorithm compares it to the one before it Aj to Aj-1 and if Aj is smaller than Aj-1, the two values are swapped. This process continues until either the beginning of the array is reached, or Aj is greater than or equal to Aj-1. Once the inner loop is finished for the current value of i, the array is guaranteed to be sorted up to index i. The end result is a sorted array from smallest to largest. . Response in Sesotho: Algorithm ena ke tsebetsong ea algorithm ea ho hlopha ho Insertion. E hlophisa lethathamo la lintlha tsa A tsa N ka ho pheta-pheta ntho e ngoe le e ngoe ho tloha ho index i 2 ho isa qetellong ea lethathamo N. Bakeng sa ntho e ngoe le e ngoe, algorithm e e bapisa le e ka pele ho eona Aj ho Aj-1 me haeba Aj e nyenyane ho feta Aj-1, litekanyetso tse peli li fetotsoe. Tsebetso ena e tsoela pele ho fihlela tšimoloho ea sehlopha e fihlile, kapa Aj e kholo ho feta kapa e lekana le Aj-1. Hang ha loop e ka hare e felile bakeng sa boleng ba hona joale ba i, lethathamo le tiisitsoe hore le tla hlophisoa ho fihlela index ea i. Sephetho ke sehlopha se hlophisitsoeng ho tloha ho tse nyane ho isa ho tse kholo. 