Answer:D)Format string attack
Explanation:
Format string attack is the type of attack that causes to change the application functioning .This attack access the memory of the string library. It occurs while the submission of the string as input and then gets tested due to application command.
Other options are incorrect because these are the attacks that don't happens in the application for the alteration of the flow. Thus, the correct option is option(D).
Answer:
Read faster
Explanation:
Technology inspires learners to learn as well. They keep trying to figure time to discover and learn stuff from blogs , videos, applications, and games on their computers. At the very same time, kids will understand and have pleasure, which lets them keep involved with the subject.
Answer:
ITS NOT B I THOUGHT IT WAS BUT DO NOT PUT B I PUT B AND GOT THE QUESTION WRONG
Explanation:
DONT PUT B just trying to help idk the answer but not b
Answer:
num1 = 600
Explanation:
Given
The attached code snippet
Required
The output of n = funcOne(funcTwo(n)); when n = 30
The inner function is first executed, i.e.
funcTwo(n)
When n = 30, we have:
funcTwo(30)
This returns the product of n and 10 i.e. 30 * 10 = 300
So:
funcTwo(30) = 300
n = funcOne(funcTwo(n)); becomes: n = funcOne(300);
This passes 300 to funcOne; So, we have:
n = funcOne(300);
This returns the product of n and 2 i.e. 300 * 2 = 600
Hence, the output is 600
Answer:
The answer to this question can be described as follows:
binary address: 01001, 01100, 01111.
Cache block: 1, 4, 7
Explanation:
Given values
Memory = 5 bit and cache = 8 blocks
Option 1)
memory location is =9
convert into binary number, so we get binary address = 01001
So, the cache block = 1
Option 2)
memory location is = 12
convert into binary number, so we get binary address = 01100
So, the cache block = 4
Option 3)
memory location is =15
convert into binary number, so we get binary address = 01111
So, the cache block = 7
Answer:
End to End Delay = 64 micro second
Explanation:
Given
Bandwidth = 125Mbps
A packet = 1000 bytes
Converting bandwidth from Mbps to bit/s
Bandwidth = 125* 10^6 bits/s
Bandwidth = 125,000,000 bit/s
End to End delay is calculated as
Length of Packet ÷ Bandwidth
Length of Packet = 1,000 byte --- convert to bits
Length of Packet = 1000 * 8
Length of Packet = 8,000 bits
So, End to End delay = 8,000/125,000,000
End to End Delay = 0.0000064 seconds --- convert to micro second
End to End Delay = 64 micro second
Answer:
Since Python is a scripting language, here is code in python.
#prompt user to give check
amount=float(input("Please Enter the check:"))
#prompt user to give service
service=input("Please Enter the service (good, fair or poor):")
# calculate tip on the basis of service
if service =="good":
tip=amount*0.2
elif service=="fair":
tip=amount*0.15
elif service=="poor":
tip=amount*0.05
#calculate total
total=amount+tip
#print tip
print("tip is equal to : {} ".format(tip))
#print total
print("total of the check is : {} ".format(total))
Explanation:
Prompt user to give check and service input.After taking the input from user, based on the service tip will be calculated. if service is "good" then tip will be 20% of the check, tip will be 15% if service is "fair" and tip will be 5% if service is "poor".
Output:
Please Enter the check:125
Please Enter the service (good, fair or poor):good
tip is equal to : 25.0
total of the check is : 150.0