Polynomial+Functions

|| **// Quintic (5 Degree) //** || **2** – Ex ( x^3+x^2) **3** - Ex ( X^3+ X^2 -2) || 1 ex (x^4) 2 ex ( x^4+x^2) 3 ex : ( x^4+x^3-x^2 ) 4 ex ( x^4 +x^3-6x^2 +2) || 1 ex ( x^5) 2 Ex ( x^5 + X^4) 3 Ex (x^5 + X^4 – x ^ 3) 4 Ex ( x^5 + X^4 – 2x ^ 3 -2x^2) 5 Ex (x^5 + X^4 – 2x ^ 3 -2x^2 +0.2) || **Polynomial Long Division and Factor Theorem**
 * || **// Cubic (3 Degree) [[image:http://cs.clackamas.cc.or.us/mathold/course_pages/m111/class/worksheets/w5_img/w5_10.gif width="189" height="136"]] //** || **// Quartic(4Degree) //**
 * ** Possible X Intercepts ** || **1** - ex. ( x^3 )
 * ** Points of Inflection ** || 1 Possible || 2 Possible || 3 Possible ||
 * ** Y- Intercepts ** || 1 || 1 || 1 ||
 * ** X Values ** || +/- Infinity || +/- infinity || +/- Infinity ||
 * ** Y Values ** || One is positive infinity the other is negative infinity || +/- infinity either both positive or both negative for Quartic || One is positive infinity the other is negative infinity ||
 * ** Absolutes ** || +/- infinity || Can have a defined absolute ; either a absolute min or absolute max not both || +/- infinity ||
 * || I don't think there's absolutes for a cubic or a quintic, because when x goes to + infinity, y goes to + infinity and when x goes to - infinity, y goes to - infinity. || || ||



__**In Class Stuff!**__





Heres the assignment from today's class on geometers sketchpad

Group 1 We accidentally skipped e) and f) so they are in the last one with s) and t). Otherwise they are in order.

Group 2 (All of the info and graphs are on the same sheet)