
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.
Graphing the inverse of a linear function (video) | Khan Academy
This right over here is our understanding inverses of functions exercise on Khan Academy. It's a good exercise to make sure you understand inverses of functions.
Inverse functions: graphs and tables (practice) | Khan Academy
Read values of an inverse function from a graph or a table of the original function.
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 reflection of the …
Inverse functions | Algebra 2 (FL B.E.S.T.) | Math | Khan Academy
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Functions | Algebra (all content) | Math | Khan Academy
This topic covers: - Evaluating functions - Domain & range of functions - Graphical features of functions - Average rate of change of functions - Function combination and composition - Function …
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.
Graph of sine inverse function (video) | Khan Academy
Plotting the graphs of inverse trigonometric functions can seem unintuitive at first. But don’t worry! All you need is the graph of the sine function and an inquisitive mind, and together, we'll successfully …
Composite and inverse functions - Math | Khan Academy
We can compose functions by making the output of one function the input of another one. This simple-yet-rich idea opens up a world of fascinating applications. Inverse functions undo each other when …
Intro to invertible functions (article) | Khan Academy
If a point (a, b) is on the graph of a function, then (b, a) is on the graph of its inverse. You can check that y=x is the perpendicular bisector of the line between these points, so these points are a reflection …