Answer:
Following are the answer for the given question
for(int i=1;i<=99;++i) // for loop
{
cout<<"EXAM"<<endl; // display the word EXAM
}
Explanation:
In this question we using for loop which is iterating 99 times and print the
word "EXAM " 99 times.
The variable i is initialized by 1 and check the condition if the condition in loop is true it will execute the loop and print "EXAM" .The loop will executed 99 times when the condition in loop is false then loop become terminated.
Following are the program in c++
#include<iostream>// header file
using namespace std;
int main() // main method
{
for(int i=1;i<=99;++i) // for loop
{
cout<<"EXAM"<<endl; // display the word EXAM
}
return 0;
}
Answer:
Option (A) A successful WPS attack has occurred
Explanation:
- WPS stands for Wi-Fi Protected Setup.
- Its a network security protocol in the Wi-Fi which has a vulnerability.
- The connection to the Wi-Fi can be established through the router in four ways. They are
- (a) PIN method
- (b) Push button method
- (c) Near field communication method
- (d) USB Method.
- Out of all the modes to be connected to the network, the PIN method has a flaw in it.
- In this PIN method, an attacker can brute force the PIN (guessing the PIN by some techniques) and gain unauthorized access to the network.
- In the given case in the question, the network administrator finds that multiple unauthorized devices has gained access to the network.
- Option (A) is correct.
- Option (B) ARP Poisoning, (C) botnet and (D) Evil Twin attack are different and so are the wrong options.
Answer:something you gotta do on your own
Explanation:
Answer:
=Tight coupling between components, as everything is in one application.
=Less reusability.
=Large code base; tough for developers and QA to understand the code and business knowledge.
=Less Scalable.
=Does not follow SRP (Single Responsibility Principle)
=More deployment and restart times.
Sorry to answer you so late but that would be truth because that is the first rule of science which is what thermodynamics depends in.
The first law of thermodynamics is a type of law of conservation but with thermodynamics systems.
So, in gogle I found this: "The law of conservation of energy states that the total energy of an isolated system is constant; energy can be transformed from one form to another, but cannot be created or destroyed."
Like I said, sorry to reply so late but I hope this helped! =)
