Answer:
Function signature can be defined as a combined term used to refer to the function name, function return type, no of arguments , type of arguments.
Explanation:
The signature of function is seen as a combined term used to refer to the function name, function return type, number of arguments , type of arguments.
When overloaded functions is been defined, they are different in numbet of arguments or type of argument passed.
To understand this better refer to the program code below.
C++ code.
#include <iostream>
using namespace std;
int multiply(int a, int b)
{
cout << a*b <<endl;
return 0;
}
int multiply(int a, int b, int c)
{
cout << a*b*c <<endl;
return 0;
}
int main()
{
//function with two arguments passed
multiply(3, 50);
//function with three arguments passed . It is different in number of arguments passed. Thus here function signature is different
multiply(4, 20, 10);
}
Answer:
if you push alt and f4 at the same time it will automatically put the right answer.
Explanation:
A technician need to use the form factor or the technician be looking for what we call EPS12V.
<h3>What is an EPS power connector?</h3>
The EPS connector is known to be used to supply power to the motherboard CPU socket and the PCI is known to be one that functions to express connector.
Note that this is said to be a server standard (EPS12V) and it is also known to be one that can be said to be a desktop standard (ATX12V).
Note that the EPS12V is one that is known to always be seen in an 8-pin CPU connector and therefore, A technician need to use the form factor or the technician be looking for what we call EPS12V.
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<span>Five questions that people are most likely to ask about the application are as follows:1. What is the use and function of this application?. 2. Who is this application for? 3. How much does this application cost?. 4. Where can the application been used? and 5. Why should I use this application? </span>
