<prompt> Theha algorithm bakeng sa ho rarolla cube ea Rubik bakeng sa ba qalang.nan  <response>: Instruction in English: Create an algorithm for solving a Rubiks cube for beginners. . Response in English: Solving a Rubiks cube can be broken down into a series of steps. Heres an algorithm for beginners to solve a Rubiks cube:1. Begin by solving the white cross: - Find the white center piece, this will be the reference for all the moves until the white side of the cube is solved.- Search for the four edge pieces not corner pieces with white stickers on them, and line them up to form a white cross on the white center.- Ensure that the surrounding colors of the white cross match the center pieces adjacent to them.2. Solve the white corners:- Find the four white corner pieces, and orient the cube so the white cross is on the top face.- Insert the white corner pieces into their correct position and orientation around the white cross.3. Solve the middle layer: - Once the white layer is solved, you must then position the four edge pieces of the second layer.- Orient the cube so the solved white face is at the bottom of the cube.- Identify an unsolved edge piece in the top layer that does not have yellow in it, and move it into its correct position.- Continue this process for the remaining edge pieces until the middle layer is solved.4. Solve the yellow cross:- Now youll work on the top layer, where youll first create a yellow cross.- Use specific algorithms to maneuver pieces so that they form a yellow cross on the top face.5. Position the yellow corners: - Next step is to position the yellow corners in their correct spot, ignoring their orientation for now.- Use specific algorithms to cycle the yellow corner pieces until theyre located in their correct positions.6. Orient the yellow corners:- Once the yellow corners are positioned correctly, use specific algorithms to orient them correctly or twist them until the yellow stickers are all facing upwards.7. Solve the final layer:- The final step involves positioning the final layer edges. - Use specific algorithms to cycle the edge pieces until theyre all in their correct position.Its important to know that solving a Rubiks cube involves learning various algorithms and sequences of moves, which become more intuitive with practice. Following the above steps and practicing the use of specific algorithms to reach the desired outcomes will have beginners solving a Rubiks cube in no time.Note: There are different methods with specific sequences, depending on which one the user is comfortable with. . Response in Sesotho: Ho rarolla cube ea Rubik ho ka aroloa ka letoto la mehato. Mona ke algorithm bakeng sa ba qalang ho rarolla cube ea Rubik: 1. Qala ka ho rarolla sefapano se tšoeu: - Fumana karoloana e tšoeu ea bohareng, sena e tla ba sesupo sa mehato eohle ho fihlela lehlakoreng le lesoeu la cube le rarolloa. - Batla likotoana tse nè eseng likhutlong tse nang le lithupa tse tšoeu holima tsona, me u li behe mela ho etsa sefapano se sesoeu setsing se sesoeu. - Netefatsa hore mebala e potolohileng sefapano se sesoeu e tsamaisana le likotoana tse bohareng tse bapileng le tsona. 2. Rarolla likhutlo tse tšoeu: - Fumana likotoana tse ne tse tšoeu tsa likhutlong, me u lebise ho cube hore sefapano se sesoeu se be sefahlehong se kaholimo. - Kenya likotoana tse tšoeu tsa hukung sebakeng sa tsona se nepahetseng le ho pota-pota sefapano se sesoeu. 3. Rarolla lera le bohareng: - Hang ha lera le lesoeu le rarollotsoe, joale u tlameha ho beha likarolo tse nè tsa moeli oa bobeli. - Tsamaisa cube hore sefahleho se sesoeu se rarollotsoeng se be tlase ho cube. - Hlalosa karoloana e sa rarolloang karolong e ka holimo e se nang mosehla ho eona, me u e ise sebakeng se nepahetseng. - Tsoela pele tsebetso ena bakeng sa likarolo tse setseng tsa bohale ho fihlela lera le bohareng le rarolloa. 4. Rarolla sefapano se mosehla: - Joale u tla sebetsa karolong e ka holimo, moo u tla qala ka ho etsa sefapano se mosehla. - Sebelisa li-algorithms tse ikhethileng ho tsamaisa likotoana hore li thehe sefapano se mosehla sefahlehong se kaholimo. 5. Beha likhutlo tse tšehla: - Mohato o latelang ke ho beha likhutlo tse tšehla sebakeng sa tsona se nepahetseng, u iphapanyetse hore na li lebile hokae hajoale. - Sebelisa li-algorithms tse ikhethileng ho potoloha likotoana tse mosehla ho fihlela li le maemong a tsona a nepahetseng. 6. Emisa likhutlo tse tšehla: - Hang ha likhutlo tse tšehla li se li behiloe ka nepo, sebelisa li-algorithms tse itseng ho li tsamaisa ka nepo kapa ho li sotha ho fihlela lithupa tse tšehla li shebile holimo. 7. Rarolla lera la ho qetela: - Mohato oa ho qetela o kenyelletsa ho beha matsoafo a ho qetela. - Sebelisa li-algorithms tse ikhethileng ho potoloha likotoana tse haufi ho fihlela kaofela li le maemong a tsona a nepahetseng. Ho bohlokoa ho tseba hore ho rarolla cube ea Rubik ho kenyelletsa ho ithuta li-algorithms tse fapaneng le tatellano ea metsamao, e bang bonolo haholoanyane ho itloaetsa. Ho latela mehato e ka holimo le ho itloaetsa ho sebelisa li-algorithms tse itseng ho fihlela sephetho se lakatsehang ho tla ba le ba qalang ho rarolla cube ea Rubik ka nako. Tlhokomeliso: Ho na le mekhoa e fapaneng e nang le tatellano e ikhethileng, ho latela hore na mosebelisi o phutholohile ho efe. 