Absolute Value Transformations Domain And Range
Domain and range of absolute value function.
Absolute value transformations domain and range. An example where we find the domain and range of a v shaped absolute value function. Use the next arrow on the lower right to advance to the next step. Horizontal and vertical translations for each graph.
Unit 1 transformations of absolute value and quadratic functions complete on a separate sheet of paper ws 1. Reflections for each graph identify the parent function describe the transformations write an equation for the graph identify the vertex describe the domain and range using interval notation and identify the equation for the axis of symmetry. Absolute value graphs always look like the letter v the numbers that you add or subtract will determine how you will transform your absolute value graph every function will have a domain all x values and a range all y values.
This algebra video tutorial provides a basic introduction into graphing absolute value functions. Domain and range using interval notation and identify the equation for the axis of symmetry. Some questions allow you to try twice.
In functions and function notation we were introduced to the concepts of domain and range. The domain of a function is the set of all the permissible values of x. If you have a negative sign in front of the absolute value sign flip the graph over the x axis.
A function assigns one and only one value of the dependent variable to each permissible value of the independent variable. Graph domain and range of absolute value functions. Here y is the dependent variable x is the.
Describe the domain and range of an absolute value function. Tips for teachers students will see examples of absolute value functions that have undergone transformations from the parent function f x x. The range of a function is the set of all corresponding values of y.