Answer:
Each node on the network has an addres which is called the ip address of which data is sent as IP packets. when the client sends its TCP connection request, the network layer puts the request in a number of packets and transmits each of them to the server.
Answer:
INCOMPLETE QUESTION.... Options not provided, However, the answer is
/proc/interrupts
Explanation:
This file records the number of interrupts per IRQ on the x86 architecture. The output of this file is tabular.. with the first column for the IRQ number, another column for each CPU in the system, a third column the reports the type of interrupt and finally the last column holds the name of the device located at that IRQ
True
....................
(silly 20 character rule)
Answer:
Here is the code for a classic C++ program that does it:
--------------------------------------------------------------------------------
#include <iostream>
using namespace std;
int main()
{
int sum = 0;
int n;
cout << "Input 10 numbers: " << endl;
for (int i = 0; i < 10; i++)
{
cin >> n;
sum += n;
}
cout << "Sum of the numbers: " << sum << endl;
}
--------------------------------------------------------------------------------
Explanation:
I'm assuming you know what "include", "using namespace std" and "int main()" do, so I will skip over those.
First, we declare a variable "sum" and initialize it with 0 so we can add numbers to it later.
Then, we declare a variable "n" that will be set as the input of the user.
The "for-loop" will iterate ( go ) from 0 to 9, and will set the value of "n" as the input that is given -> "cin >> n;". After that, we add the value of "n" to the sum variable.
After "i" reaches 9, it will exit the loop and proceed to printing the sum of the numbers.
Hope it helped!