Answer:
See Explaination
Explanation:
def listmax(lst):
largest = None
for num in lst:
if largest is None or num > largest:
largest = num
return largest
mylist = [10, 20, 30]
x = listmax(mylist)
print(x)
Answer:
For undirected graph n(n-1) for directed graph 
Explanation:
The maximum number of edges for a undirected graph is given by 
, where n is number of vertices
The maximum number of edges in directed graph is given by , where n is number of vertices
The maximum number of edges is greater in undirected graph than directed graph
Answer:
C. Timmy can play the game at a higher level of visual detail if his computer has an integrated video card.
Explanation:
The processor efficiency and memory requirements are much more necessary to get the game to run and give it a playable framerate. Having a video card will improve his graphics, so this is more of a suggestion than a necessity.
Answer:
Step 1
Open the flowchart and locate the startinglocation on the chart.
Step 2
Write the pseudocode that is equivalent to the rectangular process boxes in your diagram.
Step 3
Write the pseudocode for the diamond-shaped decision boxes in your diagram.
Step 4
Write the pseudocode for the end terminator of the flowchart.
Combine all of your converted statements above and you have a flowchart that has been converted to pseudocode.
