Answer:
def sum_cubes(n):
if n == 1:
return 1
else:
return n * n * n + sum_cubes(n-1)
print(sum_cubes(3))
Explanation:
Create a function called sum_cubes that takes one parameter, n
If n is equal to 1, return 1. Otherwise, calculate the cube of n, and add it to the sum_cubes function with parameter n-1
If we want to calculate the cubes of the first 3 numbers:
sum_cubes(3) = 3*3*3 + sum_cubes(2)
sum_cubes(2) = 2*2*2 + sum_cubes(1)
sum_cubes(1) = 1
If you substitute the values from the bottom, you get 27+8+1 = 36
The administrative value of distance of the route refer to the exhibit, for the router r1 to reach the destination ipv6 address of 2001:db8:cafe:4::a is 120. !220 is the administrative distance value of the route between the router r1 to reach the destination of ipv6 address.
Answer:
The correct answer is d. Algorithms may be inefficient when used by a human brain.
Explanation:
This is a situation typical of algorithms, since in order for them to work perfectly, the participation of people who carry out the necessary tests is required for the new creation to be useful in a specific field. Algorithms are logical operations determined according to a pattern, but the functioning of the human brain is in many cases different from a simple algorithm, since it associates situations and, depending on their complexity, also solves them.
Answer:
If it's a bird than the bigger the wing span the faster it can fly... or possibly glide in the air longer. I think all plan wing sizes don't change the effect of how it goes. If it is something like the sky gliders than yes. It would most likely be in the sky longer.
