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Q: In the inverse variation function what happens to the output when the function?
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Related questions

In the inverse variation function what happens to the output when the function's input is halved?

The output is doubled.


In the inverse variation function what happens to the output when the functions input is doubled?

the output is halved


In the inverse variation function what happens to the output when the function's input value is divided by 3?

The output is tripled.


In the inverse variation function what happens to the output when the function's input is multiplied by 3?

the output is divided by 3.


In the inverse variation function what happens to the output when the function's input value is divided by 5?

The output is multiplied by 5.


In the inverse variation function, what happens to the output when the function's input value is divided by 5?

The output is multiplied by 5.


In the inverse variation function what happens to the output when the function input value is divided by 3?

The output is multiplied by 3.


What happens to the output when the function's input value is divided by 3 In the inverse variation function?

The output is three times as large.


In the inverse variation function what happens to the output when the functions input is multiplied by 3?

the output is divided by 3.


In the inverse variation function what happens to the output when the functions input value is multiplied by 4?

the output is divided by 4


What is the mathematical definition of inverse?

In mathematics, the inverse of a function is a function that "undoes" the original function. More formally, for a function f, its inverse function f^(-1) will produce the original input when applied to the output of f, and vice versa. Inverse functions are denoted by f^(-1)(x) or by using the notation f^(-1).


If a function uses variables other than x and y for its input and output variables you take the original equation and solve for the output variable to find the inverse?

False