Answer:
(b)Tb = Ta[:3]
(c)Tc = Ta[-3:]
(d)Td = Tb + Tc
Explanation:
In order to generate random number in python, we need to first import random() function from random module
This function will generate a float number between 0 and 1, to make it between 1 and 15, we add 1 to the multiplication between the random number and the range differences
(a)
from random import random()
L = []
for i in range(10):
L.append(1 + round(random()*14))
Ta = tuple(L)
(b) To copy the first 3 elements of tuple Ta, we simply go from : to 3
Tb = Ta[:3]
(c) To copy the last 3 elements of tuple Ta, we simply go from -3 to :
Tc = Ta[-3:]
(d) To concatenate the 2 tuples, we simply add them up
Td = Tb + Tc
Answer: MD5
Explanation:
The Cisco IOS modifying the dead internal automatically when the message digest 5 (MD5) internal are changed in the system. When we enabled the MD5 authentication in the Cisco by using the keyword "Message digest" then we configuring the password in the IP OSPF interface command which is known as MD5 key.
The OSPF interface is a compatible configuration in the remote interface before they considered as neighbors in the Cisco system. The MD5 are basically created by the cisco NX-OS.
Cheese
…………………………..tggggggcfcgvgvv
Answer:
False.
Explanation:
Index addressing is not for only traversing the arrays but to also access the element,manipulate them.Though indexing is also used in traversing but it is not solely for that.Indexing in an array starts from 0 to size-1.
for example:-
We have an array a of size 10.So to access the element at position 6.We have to write.
a[5];
Manipulating it
a[5]=6;
Answer:
def printRange(start, stop, steps = 1):
list1 = []
if steps > start or stop:
print("Steps is larger than start and stop value")
return None
if int(start) < int(stop):
while start < stop:
start = start + int(steps)
list1.append(start)
print(list1)
elif start > stop:
while start > stop:
stop = stop + int(steps)
list1.append(stop)
print(list1)
elif start == stop:
print(start)
else:
print("Values are not integers.")
for easier viewing:
https://www.codepile.net/pile/e95verLk
If you need help understanding comment below.
