<prompt> Kuandika algorithm kuamua idadi ya kwanza hadi 100.  <response>: Step 1: Define a function named prime_numbers that takes an integer n as an argumentStep 2: Create an empty list named prime to hold the prime numbersStep 3: Create a loop starting from 2 up to and including n use the range function from 2 to n1Step 4: Inside the loop, create a variable named isprime and set it to TrueStep 5: Create another loop a nested loop starting from 2 up to the integer square root of the first loop index use the range function from 2 to intindex0.51Step 6: Inside the second loop, check if the first loop index is divisible by the second loop index using the modulus operatorStep 7: If it is divisible, then it is not a prime number, so set isprime to False and break out of the inner loop.Step 8: After the inner loop completes, check if isprime is True. If it is, append the first loop index to the list prime .Step 9: Once the outer loop completes, return the list of prime numbers.Step 10: Call the function prime_numbers with n 100 and print the result.Here is the complete code in Python: def prime_numbersn: prime for i in range2, n1: isprime True for j in range2, inti0.51: if i j 0: isprime False break if isprime: prime.appendi return primeprintprime_numbers100 