5-8 Graphing Absolute Value Functions. Problem 1: Describing Translations.

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5-8 Graphing Absolute Value Functions

Transcript of 5-8 Graphing Absolute Value Functions. Problem 1: Describing Translations.

Page 1: 5-8 Graphing Absolute Value Functions. Problem 1: Describing Translations.

5-8 Graphing Absolute

Value Functions

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Absolute Value Function: has a V-shaped graph that opens up or down.

Translation: the shift of a graph horizontally, vertically, or both. The result is a graph of the same size and shape, but in a different position

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Problem 1: Describing Translations

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• Translates up k units (If k is a positive number)• Translates down k units (If k is a positive number)

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Problem 2: Graphing a Vertical Translation

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Problem 3: Graphing a Horizontal Translation

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Piecewise Function: a function tat has diferent rules for different parts of its domain.

Step Function: is a function that pairs every number in an interval with a single value. They look like a stair case(Each piece of the graph is a horizontal segment that is missing its right endpoint, indicated by an open circle

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Problem 4: Graphing a Step Function

A school will charter buses so that the student body can attend a football game. Each bus holds a maximum of 60 students. Make a graph that models the relationship between the number of students x that go to the game by bus and the number of buses y that are needed.

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