Answer:
The type of session hijacking attack that Sean is illustrating is Blind Hijacking, option C.
Explanation:
This is because he is inserting harmful data or commands into the compromised communications within the TCP session, regardless of the source-routing being turned off. He is capable of sending the data or commands, but does not have the ability to view the responses.
The primary issue was declaring int prod within the while loop, which caused prod to reset to 1 each time the loop executed.
Answer:
The correct response is Option D.
Explanation:
When we grant an individual permission to establish a new credential or generate a provisional code or password, it's crucial that we verify the identity of that person. We might issue a verification code after confirming the identity of the consumer.
- Verification remains essential, as an imposter may attempt to falsify their identity to obtain a temporary credential or to change their password.
- Therefore, Juan resolves his issue by ensuring that the password reset is authorized through confirming that he is indeed the person he asserts he is.
Response:
No.
Clarification:
Since there are 5 vowels, at least 3 bits are necessary to represent them all. Utilizing 2 bits yields 2²=4 combinations, which isn’t enough. However, using 3 bits provides 2³=8 combinations, sufficiently covering the 5 vowels.
Answer:
def average_strings(lst):
total_length = 0
avg = 0
for s in lst:
total_length += len(s)
avg = total_length/len(lst)
return avg
Explanation:
Define a function named average_strings that takes a single argument, lst
Initialize both total length and avg variables
Utilize a for loop to iterate through lst, accumulating the length of each string into total length
Once the loop ends, compute the average by dividing the total length by the number of elements in lst
Return the computed average.
