Yes you are creating a list of actions based off the previous
Answer:
The overview of the given scenario is described in the explanation section below.
Explanation:
- BTS (Binary search tree) tends to be a tree with several nodes noting that perhaps the left sub-tree, along with its leaf, tends to have a key which is less than or equal to anything like the parental node value. The do-tree, including its leaf, seems to have a value greater than those of the key from it's own parent node.
- Binary search algorithm finds a general vicinity in the collection of O(log n) time complexity items whereby n represents the number of elements in the array.
So the provided has never been the binary search trees of its algorithm.
A. 249
B. 342
Answer:
def display_factors(num):
for counter in range(1, num+1):
if num % counter == 0:
print(counter)
int_num= int(input("Enter a number : "))
print("The factors for {} are : ".format(int_num))
display_factors(int_num)
Explanation:
The function display_factors is used to display all factors of a number entered by a user.
- In this for counter in range(1, num+1) the for loop is iterated until counter is greater to num is false. Counter variable starts from 1 and ends when it gets greater than the input number.
- if num % counter == 0: In this statement, each loop iteration, checks whether a number (num) is exactly divisible by counter. It is the condition for counter to be a factor of num.
- print(counter) This is used to display factors of an input number
- int_num= int(input("Enter a number : ")) This statement asks user to enter a number (int_num) which will be an integer.
- display_factors(int_num) This calls display_factors number to find the factors of an input number.
Answer:
The answer to the following question is the option "B".
Explanation:
In computer science, A router is a networking device that transmits data packets between computer networks. Where packet is a collection of data that uses a computer to communicate with each other. When the router receives the packets and goes to the same destination IP address. So it uses the same command for all packets. So the answer to this question is " use the decision. it made for the first one".
In town: 5-8 seconds
On highways: 10-20 seconds
