How to transform linear functions, Horizontal shift, Vertical shift, Stretch, Compressions, Reflection, How do stretches and compressions change the slope of a linear function, Rules …

Stretch and shrink graphs of linear functions. Combine transformations of graphs of linear functions. A family of functions is a group of functions with similar characteristics. The most …

Function transformations refer to how the graphs of functions move/resize/reflect according to the equation of the function. Learn the types of transformations of functions such as translation, …

Another option for graphing linear functions is to use transformations of the identity function f (x) =x f (x) = x . A function may be transformed by a shift up, down, left, or right. A function may …

Recall the introduction to graphical transformations of a function we saw in section 1.3. A function may be transformed by a shift up, down, left, or right. A function may also be transformed …

nonconstant linear functions are transformations of the graph of the parent function. A transformation changes the size, shape, position, or orientation of a graph.

Here are some simple things we can do to move or scale it on the graph: Note: to move the line down, we use a negative value for C. Adding C moves the function to the left (the negative …

The graphs of all other linear functions are transformations of the graph of the parent function, f (x) = x. A transformation is a change in position or size of a figure. There are three types of …

To review basic transformations, see Symmetry, Reflections, Translations, Dilations and Rotations. move and resize graphs of functions. We examined the following changes to f (x): …

Key Concept • Horizontal Dilations of Linear Functions The graph of g(x) = (a ·x) is the graph of f(x) =xstretched or compressed horizontally. If |a|> 1, the graph of f (x) is compressed …