Answer:
#include<iostream>
using namespace std;
//create the function which add two number
void addTwoNumber(int num_1,int num_2)
{
int result = num_1 + num_2; //adding
cout<<"The output is:"<<result<<endl; //display on the screen
}
//main function
int main(){
//calling the function
addTwoNumber(3,6);
return 0;
}
Explanation:
First, include the library iostream for using the input/output instructions.
then, create the function which adds two numbers. Its return type is void, it means the function return nothing and the function takes two integer parameters.
then, use the addition operation '+' in the programming to add the numbers and store the result in the variable and display the result.
create the main function for testing the function.
call the function with two arguments 3 and 6.
then, the program copies the argument value into the define function parameters and then the program start executing the function.
<em>The answer is </em><em>D. The technician does not have permission.
</em>
<em>
</em>
<em>Folders are locked that's why he couldn't open any folder or file. There must be a prompt telling him that he doesn't have an access or authority to open those files. This could be done via Folder sharing in the network. And a shared folder can be customized by assigning the proper and correct permission to each user.</em>
- What is your variable scope? Ie., in what parts of the program do you need it?
- Is it a value type or a reference type. Reference types must always be "newed". Value types are more expensive to pass as parameters.
- Does the type implement IDisposable? Then you should use it in a using { } clause.
- Is the type immutable (like string or DateTime)? Then making changes to it is more expensive than you may think.
The width-to-height proportion of a monitor is known as the aspect ratio.
Answer:Encapsulating Security Payload (ESP)
Explanation:Encapsulating Security Payload (ESP) is a member of the IPsec protocol suite. It provides origin authenticity through source authentication, data integrity through hash functions and confidentiality through encryption protection for IP packets.
