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  1. Finding inverse functions (article) - Khan Academy

    Learn how to find the formula of the inverse function of a given function. For example, find the inverse of f (x)=3x+2.

  2. Intro to inverse functions (article) | Khan Academy

    Learn what the inverse of a function is, and how to evaluate inverses of functions that are given in tables or graphs.

  3. Intro to inverse functions (video) | Khan Academy

    Sal explains what inverse functions are. Then he explains how to algebraically find the inverse of a function and looks at the graphical relationship between inverse functions.

  4. Finding inverse functions: radical - Khan Academy

    A function will map from a domain to a range and you can think of the inverse as mapping back from that point in the range to where you started from. So one way to think about it is, we want …

  5. Finding inverse functions: linear (video) | Khan Academy

    Now, just out of interest, let's graph the inverse function and see how it might relate to this one right over here. So if you look at it, it actually looks fairly identical.

  6. Finding inverse functions: quadratic (example 2) - Khan Academy

    The definition of an inverse function is a function that undoes another function. Say you have a function f (x) that takes in x and outputs y. f inverse of x would take in y and output x. This …

  7. Reading inverse values from a graph (video) | Khan Academy

    Learn how to find the inverse of a function and how to graph it in this video. The inverse function swaps the x and y values of the original function, and the graph of this inverse function is a …

  8. Find inverses of linear functions (practice) | Khan Academy

    Practice finding the formula of the inverse function of a given linear function.

  9. Compositions and inverses of functions | Khan Academy

    You'll learn how to find and represent inverse functions, restrict domains to ensure functionality, and use compositions to verify inverses. Unit guides are here!

  10. Intro to inverse trig functions (article) | Khan Academy

    Let's find out angle O: angle O is adjacent to line OE, opposite of line ZE, and our hypotenuse is OZ, so you can freely pick between any of the inverse trig functions to answer.