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:
The main benefit of the ordered list is that you can apply Binary Search( O( n log n) ) to search the elements. Instead of an unordered list, you need to go through the entire list to do the search( O(n) ).
The main cost of the ordered list is that every time you insert into a sorted list, you need to do comparisons to find where to place the element( O( n log n) ). But, every time you insert into an unsorted, you don't need to find where to place the element in the list ( O(1) ). Another cost for an ordered list is where you need to delete an element, you have an extra cost rearranging the list to maintain the order.
Answer:
Priority programming is a process programming method based on priority. In this technique, the developer chooses the tasks to work according to priority, which is different from other types of programming, for example, a simple round-robin.
On UNIX and many other systems, higher priority values represent lower priority processes. Some of the systems, such as Windows, use the opposite convention: a higher number means a higher priority
<h3>Explanation:
</h3>
Priorities can be dynamic or static. Static priorities are assigned during creation, while dynamic priorities are assigned according to the behavior of the processes while they are in the system. To illustrate, the planner could favor intensive input / output (I / O) tasks, allowing expensive requests to be issued as soon as possible.
Priorities can be defined internally or externally. Internally defined priorities make use of a measurable amount to calculate the priority of a given process. On the contrary, external priorities are defined using criteria beyond the operating system (OS), which may include the importance of the process, the type and sum of the resources used for the use of the computer, user preferences , trade and other factors such as politics etc.
i hope this is right lol
I think it is c a completely blank page but I’m not 100% on it though
