Title of Lesson: Quadratic Functions Section: 2.1Pages:

My Learning Goals 1. Be able to analyze the the components of a quadratic function. 2. Be able to convert between the different quadratic forms. 3. Use quadratically modeled functions to solve minimum/maximum problems.

Vocabulary/Formulas 1. Quadratic function definition: 2. Standard form of a quadratic function: 3. Axis of symmetry: the line in which all parabolas are symmetric to

Prerequisite Skills with Practice 1.Complete the square.2. Solve for real numbers.

Notes Dissecting a quadratic functions in the form Vertex: Axis of symmetry: Concavity: x – intercept(s): (factoring or quadratic formula?) y – intercept:

Notes Dissecting a quadratic functions in the form Vertex: Axis of symmetry: Concavity: x – intercept(s): (factoring or quadratic formula?) y – intercept:

Notes Building the standard form of quadratic function. Vertex: Axis of symmetry: Concavity: x – intercept(s): (factoring or quadratic formula?) y – intercept:

Notes Building an equation based on a vertex and a point. Write the standard form of the equation of the parabola whose vertex is (1,2) and goes through the point (3,-6).

Notes Using properties of quadratics to solve problems. A baseball is hit point 3 feet above the ground at a 100 feet per second at a 45 degree angle with respect to the ground. The path of the baseball is modeled by the function where h is height in feet and t is time in seconds.

Homework Assignment: Pg. 99 (1-4) all (7-25) odd (29-33) odd (53-56) all 65,66