s2+week+2+1-28--2-1

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 * Monday 1/28 **
 * Due: Study Guide page 2.4 pg 28 1-8 Study Guide 2.7 Page 51 1-9

Due Wednesday: Review Multi-Graph Assignment Graph a quadratic function with an axis of symmetry of x = -3, Then Graph a absolute value function that shares the same vertex. Then graph a line parallel to one side of the absolute value and intersects the quadratic function at two points.
 * Write the equation of your quadratic function, your absolute value function, and your line.
 * Identify your vertex on your quadratic, the max or min, the y intercept and the roots.

Put On Wiki: Assignment: 1. Write a quadratic Function that has two imaginary solutions, and explain how you know it has two imagery solutions 2. Write a Quadratic function that has an "a" value greater than 1 and can be factored, solve using the quadratic formula and solve by factoring. **Show your work on both problems.**
 * Imaginary numbers
 * i to any power
 * Complex conjugate
 * graphing i


 * Tuesday 1/29 **
 * Due: Study Guide page 2.4 pg 28 1-8 Study Guide 2.7 Page 51 1-9

Due Thursday: Review Multi-Graph Assignment

Graph a quadratic function with an axis of symmetry of x = -3, Then Graph a absolute value function that shares the same vertex. Then graph a line parallel to one side of the absolute value and intersects the quadratic function at two points.
 * Write the equation of your quadratic function, your absolute value function, and your line.
 * Identify your vertex on your quadratic, the max or min, the y intercept and the roots.

Put On Wiki: Assignment: Quadratic Assignment 1. Write a quadratic Function that has two imaginary solutions, and explain how you know it has two imagery solutions
 * Imaginary numbers
 * i to any power
 * Complex conjugate
 * graphing i

2. Write a Quadratic function that has an "a" value greater than 1 and can be factored. Solve using the quadratic formula and solve by factoring. **Show your work on both problems.**


 * Wednesday 1/30 **
 * Due: Multi-Graph Assignment

> 1. Write a quadratic Function that has two imaginary solutions, and explain how you know it has two imagary solutions > > 2. Write a Quadratic function that has an "a" value greater than 1 and can be factored. Solve using the quadratic formula and solve by factoring. **Show your work on both problems.** >
 * Review: Quadratic Assignment
 * Put on wiki
 * Dividing Polynomials
 * Long Division
 * Synthetic Division
 * Remainder Theorem
 * Factor Theorem

Fill in the Slide Show on Semester 1 Review that I shared with you in your email

Be prepared to present on Tuesday, you will be given at random a slide off of the presentation, and you will have 1 minute to tell me everything you can about that topic, some slides will have a specific example you will have to work out.

= [|First Semester Survey] = Assignment: Fill in the Slide Show on Linear Functions, Quadratics, Imaginary Numbers and Factoring
 * Thursday 1/31 **
 * Due: Multi-Graph Assignment
 * Put on wiki
 * Dividing Polynomials
 * Long Division
 * Synthetic Division
 * Remainder Theorem
 * Factor Theorem

Be prepared to present on Monday, you will be given at random a slide off of the presentation, and you will have 1 minute to tell me everything you can about that topic, some slides will a specific example you will have to work out.

> > Fix Multi graph assignment > Work on slideshow > >
 * Friday 2/1 **
 * Due: Quadratic Assignment
 * = Practice Cahsee =