def aspects_of_life(aspect_list): if not aspect_list: return # Termination: Return when there are no more aspects to explore. else: current_aspect = aspect_list[0] remaining_aspects = aspect_list[1:]
print(f"Today, I {current_aspect}.")
aspects_of_life(remaining_aspects) my_life_aspects = ["Wake up", "School", "Club", "Sports", "Instruments", "Homework", "Sleep"]
aspects_of_life(my_life_aspects)
Code:
def fibonacci(x): if x==1: return(0) # First terminating statement if x == 2: return(1) # Second terminating statement
else:
return(fibonacci(x-1)+ fibonacci(x-2))
for i in range(8):
print(fibonacci(i+1))
First Terminating Statement (x == 1):
When x is equal to 1, the code returns 0. This is because the first Fibonacci number (F(1)) is defined as 0 in the sequence. Second Terminating Statement (x == 2):
When x is equal to 2, the code returns 1. This is because the second Fibonacci number (F(2)) is defined as 1 in the sequence.