Answer:
def corresponding_of_lists(lst1, lst2):
c = ""
corresponding_list = []
if (lst1 is None) or (lst2 is None):
return None
else:
for i in lst1:
for j in lst2:
c = "(" + str(i) + "," + str(j) + ")"
corresponding_list.append(c)
return corresponding_list
Explanation:
- Create a function called corresponding_of_lists that takes two lists as parameter
- Initialize an empty list to hold the corresponding values
- Check if any of the lists are null, if they are return None
- Otherwise, get the corresponding elements and put them into the corresponding_list
Return the corresponding_list
Answer:
The correct answer is PGP i.e "Pretty Good Privacy" .
Explanation:
Pretty Good Privacy is an encryption algorithm that gives the database interaction with the confidentiality and authorization.Pretty Good Privacy is security algorithm which gives the security into the mail . login ,decryption ,encryption are the example of the "Pretty Good Privacy" .
Pretty Good Privacy is a type of hybrid cryptosystem that incorporates cryptographic algorithms and it has de facto open source standard for the mail and the file storage .
Answer:
A BitTorrent software consumer utilizes that data into the torrent data to communicate special tracker and support shifting of that data among networks including either complete or incomplete representations about the data-set.
Explanation:
BitTorrent is based at the thought of any torrent, which is a smallish data that includes metadata regarding a host, specific tracker, that organizes the data sharing and data that is distributed. A peer that wants to advance data available need first attain a tracker for the data, generate a torrent and later share the torrent data. Different peers can next use the information included in the torrent file support all other in downloading that data. That download is organized by that tracker.
