<prompt> Kenya tsebetsong mokhoa oa ho batla oa binary.ehlile: 1, 2, 4, 6, 8, 10, 11, 15, x: 8  <response>: Instruction in English: Implement a binary search algorithm. . Response in English: Here is an implementation of a binary search algorithm in Python that you can use to find whether the element x is present in the list arr:pythondef binary_searcharr, x: low 0 high lenarr - 1 mid 0 while low high: mid high low 2 Check if x is present at mid if arrmid x: low mid 1 If x is greater, ignore left half elif arrmid x: high mid - 1 If x is smaller, ignore right half else: return mid If we reach here, then the element was not present in the list return -1arr 1, 2, 4, 6, 8, 10, 11, 15x 8result binary_searcharr, xif result ! -1: printfElement is present at index resultelse: printElement is not present in the listThe result will be : Element is present at index 4 since the element 8 is present at index 4 in the given list arr. . Response in Sesotho: Mona ke tsebetsong ea algorithm ea patlo ea binary ho Python eo u ka e sebelisang ho fumana hore na element x e teng lethathamong arr: python def binary_searcharr, x: low 0 high len arr - 1 bohareng 0 ha tlase phahameng: bohareng phahameng tlaase 2 Sheba hore na x e teng bohareng haeba arrmid x: high mid - 1 Haeba x e nyane, hlokomoloha halofo e ngoe e nepahetseng: khutlela bohareng ba Haeba re fihla mona, joale ntho e ne e le sieo lethathamong la ho khutla -1 arr 1, 2, 4, 6, 8, 10, 11, 15 x 8 result binary_searcharr, x if result ! -1: printfElement is present at index result tse ling : printElement ha e teng lenaneng Sephetho e tla ba : Element e teng ho index 4 kaha element 8 e teng ho index 4 lethathamong le fanoeng arr. 