Answer: "Best-Effort"
Explanation: The IP protocol is neither responsible for delivering packets to destination nor those packets arrive in the same order than they were transmitted, i.e., does the "Best Effort", that's all.
These functions are responsibility of the transport layer, like TCP in the TCP/IP Suite.
Answer:
Is better in situation in which we want to assign the rights not to the people, but to the specific job
Explanation:
<u>Definition</u>
In an organization to assigned the role in the network access based with in organization we RBAC.
Its model consists of
- users
- roles
- permissions
- sessions
Therefore, we can say that, <em>RBAC is better in situation in which we want to assign the rights not to the people, but to the specific job</em>
Answer:
2^32 times as many values can be represented
Explanation:
32-bit. This means that the number is represented by 32 separate one’s and zero’s. 32 bits of 2 possible states = 2^32=4,294,967,296 possible values.
Integer meaning that only whole multiples of one are accepted.
Signed meaning that negative values are accepted. This halves the number of possible positive values (roughly), so the largest number you can represent is 2^31–1=2,147,483,647, but instead of 0, the smallest number you can represent is -2,147,483,648. An unsigned 32-bit integer, by contrast, can represent anything from 0 to 4,294,967,295.
Answer:
def is_list_even(list):
return all((x % 2) == 0 for x in list)
def is_list_odd(list):
return all((x % 2) == 1 for x in list)
numberList = []
n = int(input("Enter number of elements : "))
for i in range(0, n):
numberList.append(int(input()))
if is_list_even(numberList):
print("all even")
elif is_list_odd(numberList):
print("all odd")
else:
print("not even or odd")