<prompt> Theha algorithm ho hlophisa linomoro tse 10 ka tatellano e nyolohang8,5,1,7,13,9,11,0,10,2  <response>: Instruction in English: Develop an algorithm to sort given 10 numbers in ascending order . Response in English: Heres an example of an algorithm in the form of pseudocode that can be used to sort the given list of numbers in ascending order:Algorithm: SortList List n - length of List for i - 1 to n-1 for j - 0 to n-i-1 if Listj Listj1 swap Listj with Listj1 return List 1. First, we define a function called SortList that takes in a list of numbers as its input.2. Inside the function, we create a variable n and assign it the length of the list.3. Next, we initiate a for loop that starts at 1 and stops at n-1. This limits the number of times we will perform the sort operation to n-1, as the last number will already be in place.4. Within the first for loop, we create another for loop that starts at 0 and ends at n-i-1. This inner loop is responsible for iterating through the list of numbers.5. For every iteration of the inner loop, we compare the current number Listj with the next number Listj1. If the current number is greater than the next number, we swap their positions.6. We continue performing the above operations until the entire list is sorted in ascending order.7. Finally, we return the sorted list.Applying the above algorithm to the given input list 8,5,1,7,13,9,11,0,10,2 would result in the sorted list 0,1,2,5,7,8,9,10,11,13. . Response in Sesotho: Mohlala ke ona oa algorithm ka mokhoa oa pseudocode o ka sebelisoang ho hlophisa lenane le fanoeng la linomoro ka tatellano e nyolohang: Algorithm: SortList List n - length of List bakeng sa i - 1 ho ea ho n-1 bakeng sa j - 0 ho ea ho ni-1 haeba Listj Listj1 swap Listj with Listj1 return List 1. Pele, re hlalosa mosebetsi o bitsoang SortList o nkang lethathamo la dinomoro e le tlhahiso ya yona. 2. Ka hara tsebetso, re theha phetoho n ebe re e abela bolelele ba lenane. 3. E latelang, re qala a for lupu e qalang ho 1 ebe e emisa ho n-1. Sena se lekanyetsa palo ea makhetlo ao re tla etsa tsebetso ea ho hlophisa ho n-1, kaha nomoro ea ho qetela e tla be e se e le teng. 4. Ka hara ea pele bakeng sa lupu, re theha e ngoe bakeng sa lupu e qalang ho 0 me e fella ka ni-1. Loop ena e ka hare e ikarabella bakeng sa ho pheta-pheta lethathamong la linomoro. 5. Bakeng sa phetisetso e ngoe le e ngoe ea lupu e ka hare, re bapisa nomoro ea hajoale Listj le nomoro e latelang Lethathamoj1. Haeba palo ea hona joale e le kholo ho feta nomoro e latelang, re fetola maemo a bona. 6. Re tsoela pele ho etsa mesebetsi e ka holimo ho fihlela lethathamo lohle le hlophisoa ka tatellano e nyolohang. 7. Qetellong, re khutlisetsa lethathamo le hlophisitsoeng. Ho sebelisa algorithm e ka holimo lethathamong le fanoeng la ho kenya 8,5,1,7,13,9,11,0,10,2 ho tla fella ka lethathamo le hlophisitsoeng 0,1,2,5,7,8,9 ,10,11,13. 