Day 3 What is an equivalent form of

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Day 3 What is an equivalent form of the following function? f(x) = 3(x

Day 3 What is an equivalent form of the following function? f(x) = 3(x – 2)2 + 4 A. x 2 – 4 x B. x 2 + 8 2 minutes C. 3 x 2 – 4 x + 8 D. 3 x 2 – 12 x + 16

Domain and Range �Objective: SWBAT �DOL: identify the domain of a quadratic function given

Domain and Range �Objective: SWBAT �DOL: identify the domain of a quadratic function given a graph or real life application. �(2. 1. b. ii) CCSS: F-IF. 5 Given 2 multiple choice and 1 CR, sw identify the domain and range of a quadratic function with 100% accuracy

Vocabulary �Domain: All possible input values, x values. Parabola always getting wider therefore the

Vocabulary �Domain: All possible input values, x values. Parabola always getting wider therefore the domain is always (-∞, ∞) �Range: All possible output values, y values. Since we have minimum or maximum point the y-value always limited

Graphs: Notes �Find the domain and range from the following graph: Domain: (-∞, ∞

Graphs: Notes �Find the domain and range from the following graph: Domain: (-∞, ∞ ) Range: (-∞, 4]

Graph: Sage and Scribe (Person with darker shirt) �Find the domain and range of

Graph: Sage and Scribe (Person with darker shirt) �Find the domain and range of the following graph: �Domain: ______ �Range: ______

Graph: Sage and Scribe (Person with lighter shirt) �

Graph: Sage and Scribe (Person with lighter shirt) �

Another way to write it… �Find the domain and range from the following graph:

Another way to write it… �Find the domain and range from the following graph: Domain: (-∞, ∞) Range: [-2, ∞)

Your turn… Whiteboards �Find the domain and range from the following graph: �Domain: ________

Your turn… Whiteboards �Find the domain and range from the following graph: �Domain: ________ �Range: ________

Summary �From a graph, you can find domain by… �From a graph, you can

Summary �From a graph, you can find domain by… �From a graph, you can find range by… �From an equation, I can find domain by… �From an equation, I can find range by…

DOL #2 �State the domain and range of the following graph using words:

DOL #2 �State the domain and range of the following graph using words: