Answer:
Here you go, Change it however you'd like :)
Explanation:
import random as r
def play_round(p1, p2):
cards = [1,2,3,4,5,6,7,8,9,10,"J","Q","K","A"]
play1 = r.choice(cards)
play2 = r.choice(cards)
while play1 == play2:
play1 = r.choice(cards)
play2 = r.choice(cards)
if cards.index(play1) > cards.index(play2):
return f"{p1}'s Card: {play1}\n{p2}'s Card: {play2}\nThe Winner is {p1}"
else:
return f"{p1}'s Card: {play1}\n{p2}'s Card: {play2}\nThe Winner is {p2}"
print(play_round("Bob","Joe"))
Answer:
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Explanation:
D doesn't make much sense, it's valid, but not what we're looking for. B also has a correlation with D, same reasoning applies. As for A, it seems pretty legit, but I don't believe that's what we're looking for.
Choice C is the most obvious one though. We're talking about a network and as may or may not know it's a wireless one in a manner of speaking. A <span>couple of computers in the network that have trouble maintaining a signal will indefinitely lead to failure of a network since both the links and nodes of certain computer systems are incapable of maintaining a signal. </span>
Answer:
See attached file.
Explanation:
See attached file for detailed code.