#4, . get factorial #4-1. factorial function with 'for' def for_factorial(a): result = 1 for i in range(1,a+1): result = result * i return result #4-2. hello -> recursion function def hello(): print("hello") hello() #4-3. factorial function with recursion def r_factorial(a): if a <= 1: return 1 return a * r_factorial(a-1) #print(r_factorial(3)) #4-4. 1~n sum value with recursion def r_sum(a): if a <= 1: return 1 return a + r_sum(a-1) #4-5. get max value in n -> with recursion def get_max(a, n): if n == 1: return a[0] max_n_1 = get_max(a, n - 1) if max_n_1 > a[n-1]: return max_n_1 else: return a[n-1] v = [17, 92, 18, 33, 58, 7, 33, 42] print(get_max(v,len(v)))
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