If you are referring to this in terms of programming, then let's say I built a pgm that will prompt you to input an integer and my pgm will return the square of your "input"
Looks like this:
Enter a number and I will square it: 12
12 squared = 144
Here it is in C++
<#include iostream.h> //input-output stream STL
<#include math.h> //to make sure i dont need to reinvent the wheel
int input_number; //allocate memory for the input
int square; //same for the output
int main{
cout << "Enter a number and I will square it: ";
cin >>input_number;
square = input_number^2;
cout<< input_number << "squared = " << square < return 0; } In Pseudo: Read(number) Square(number) Print number and it's square There is no "input form" for pencil and paper math, just plugging in numbers, say we have the following: f(x) = x + 1 You would say or write "what is f of 2?" I would reply "three"
Count up or down
Input means uh uh uh uh uh uh...... Idk
Input actually is a maths term. However, the term "domain" may also be appropriate.
math
It means something that went in before it came out
If you use an input output table, domain is the input.
I will strike back
The input means the problem and the output means the answer! [but not in math]
Quadratic refers to a type of math function that is growing as a square of the input
not that I know of, no
Count up or down
Input means uh uh uh uh uh uh...... Idk
Efficiency = Output/Input.
Input actually is a maths term. However, the term "domain" may also be appropriate.
math
The rule of a function in math is what relates the input value to the output value. For example, if f(x) = x2, the "function rule" is to square the input value to get the output value.
if one answer is 6 and the other answer is 7, how do the output numbers from the input/output machines compare