Piecewise Function Examples

Learn how to define, evaluate, and graph piecewise functions, which are functions with different formulas for different domains. See examples of piecewise functions in real-world situations, such as tax rates and discounts.

A piecewise function is defined differently for different inputs and hence it has multiple piecesshapes in its graph. Learn more about piecewise function along with its graph and how to evaluate them.

Learn how to create and graph functions that behave differently based on the input value. See examples of piecewise functions with two or more pieces, such as absolute value and floor functions.

Piecewise functions are evaluated differently for different intervals of x. See how a piecewise function is graphed, written and evaluated.

Piecewise functions are functions that have multiple pieces, or sections. They are defined piece by piece, with various functions defining each interval. Piecewise functions can be split into as many pieces as necessary. Each piece behaves differently based on the input function for that interval. Pieces may be single points, lines, or curves. The piecewise function below has three pieces. The

Learn what piecewise functions are and how to evaluate, graph, and interpret them. See examples of piecewise functions in real-life situations and practice problems.

Learn about piecewise functions. See a piecewise function example to learn how to write a piecewise function and to learn about evaluating

Learn how to graph and write piecewise functions with examples, videos, worksheets and lesson plans for Algebra I. Explore the features of absolute value and step functions and their applications.

Piecewise Functions Rules and Examples. Graphs of Piecewise Functions. Absolute Value and Transformations of Piecewise Functions.

Piecewise Function is a function that behaves differently for different types of input. As we know a function is a mathematical object which associates each input with exactly one output. For example If a function takes on any input and gives the output as 3. It can be represented mathematically as f x 3.