def math_divisive (n,m): if n%m == 0: return True else: return False def math_mean (numbers): sum = 0 for mun in numbers: sum = sum + mun return sum/len(numbers) def math_medium (numbers): if len(numbers) == 0: return None if len(numbers) == 1: return numbers[0] else: sorted_numbers = sorted(numbers) print sorted_numbers if len(sorted_numbers)%2 == 0: return (sorted_numbers[len(sorted_numbers)/2 -1] + sorted_numbers[len(sorted_numbers)/2])/2 else: return sorted_numbers[len(sorted_numbers)/2] if __name__ == '__main__': # print math_divisive(10,1) # print math_divisive(10,2) # print math_divisive(10,3) # print math_divisive(10,4) # print math_divisive(10,5) # print math_divisive(10,6) # print math_divisive(21,2) # print math_divisive(21,3) # print math_divisive(21,7) # print math_divisive(21,21) # print math_mean ([10,11,20,99,200,33,56,80]) print math_medium ([10,11,20,99,200,33,56,80]) print math_medium ([10.00,11.00,20.00,99.00,200.00,33.00,56.00,80.00]) print math_medium ([10.00,11.00,20.00,99.00,200.00,33.10,56.77,80.00]) print math_medium ([10,11,20,99,200,33,56,80,75])