<prompt> Theha algorithm ho hlahisa tatellano ea Fibonacci.nan  <response>: Instruction in English: Construct an algorithm to generate the Fibonacci sequence. . Response in English: The Fibonacci sequence is a series of numbers where each number is the sum of the two numbers before it. The first two numbers in the sequence are 0 and 1. Below is an algorithm to generate the Fibonacci sequence:1. Define a function generate_fibonacci that takes in a parameter n, where n represents the number of terms to be generated in the sequence.2. Define variables a 0 and b 1 as the first two numbers in the sequence.3. Create an empty list called fibonacci_sequence4. If n is 0 or a negative number, print message Please enter a positive integer5. If n is equal to 1, append a to fibonacci_sequence and return fibonacci_sequence.6. If n is greater than or equal to 2, append a and b to fibonacci_sequence.7. Create a for loop that iterates from the number 2 to the value of n. a. Inside the loop, define c a b to represent each subsequent number as the sum of the two previous numbers. b. Append the value of c to the fibonacci_sequence list. c. Inside the loop, assign the value of b to a and the value of c to b to update the two previous numbers for the next iteration.8. Return fibonacci_sequence upon completion of the loop9. Call the function generate_fibonacci with a specified value of n to generate the desired number of terms.Example Python code:def generate_fibonaccin: a 0 b 1 fibonacci_sequence if n 0: printPlease enter a positive integer elif n 1: fibonacci_sequence.appenda else: fibonacci_sequence.appenda fibonacci_sequence.appendb for i in range2, n: c a b fibonacci_sequence.appendc a b b c return fibonacci_sequencegenerating the first 10 terms of the Fibonacci sequenceprintgenerate_fibonacci10 . Response in Sesotho: Tatelano ea Fibonacci ke letoto la linomoro moo nomoro ka ngoe e leng kakaretso ea linomoro tse peli pele ho eona. Linomoro tse peli tsa pele ka tatelano ke 0 le 1. Ka tlase ke algorithm ho hlahisa tatellano ea Fibonacci: 1. Hlalosa mosebetsi generate_fibonacci o nkang parameter n, moo n e emelang palo ea mantsoe a lokelang ho ba teng. e hlahisoang ka tatellano. 2. Hlalosa mefuta-futa a 0 le b 1 e le linomoro tse peli tsa pele ka tatellano. 3. Etsa lenane le se nang letho le bitsoang fibonacci_sequence 4. Haeba n e le 0 kapa nomoro e nyahamisang, hatisa molaetsa Ke kopa o kenye palo e nepahetseng 5. Haeba n e lekana le 1, kopanya a ho fibonacci_sequence ebe o khutlisa fibonacci_sequence. 6. Ha n e le kgolo ho feta kapa e lekana le 2, hlomathisa a le b ho tatellano_ya_fibonacci. 7. Etsa a for lupu e pheta-phetoang ho tloha ho nomoro ea 2 ho ea ho boleng ba na Ka hara lupu, hlalosa c a b ho emela palo e ngoe le e ngoe e latelang e le kakaretso ea linomoro tse peli tse fetileng. b. Kenya boleng ba c lenaneng la fibonacci_sequence. c. Ka hara lupu, abela boleng ba b ho a le boleng ba c ho b ho nchafatsa linomoro tse peli tse fetileng bakeng sa phetisetso e latelang. 8. Khutlisetsa fibonacci_sequence ha ho qeta lupu 9. Letsetsa tšebetso generate_fibonacci ka boleng bo itseng ba n ho hlahisa palo e batloang ea mantsoe. Mohlala oa khoutu ea Python: def generate_fibonaccin: a 0 b 1 fibonacci_sequence haeba n 0: printKe kopa o kenye palo e feletseng e nepahetseng elif n 1: fibonacci_sequence.appenda e ngoe: fibonacci_sequence.appenda fibonacci_sequence.appendb bakeng sa i ka mefuta 2, n: c a b fibonacci_sequence.appendc a bb c khutlisetsa fibonacci_sequence ho hlahisa mantsoe a pele a 10 a khatiso ea tatellano ea Fibonaccigenerate_fibonacci10 