Using the Matching Cards below match, fill in the table with the letter or number on the card. If you are in the classroom I have these matching cards in the Basket if you want a paper copy. If you are at home, here is the link so you can print it if you would like. https://docs.google.com/document/d/131_FwZ1SAAixUiPBKKEFi8STAzuwdrvPCJkGsJIb6i4/edit?usp=sharing
Standard Form
Factored / x-Intercept Form Number 13-17
x-Int
Put in letter AA - KK
y-Int
Put in a Letter AA-KK
Graph
Put in Letter A - E
CHECK
1.
2
3
4
5
Factor
Factored Form or X-Intercept Form:
y = ( ) ( )
x-Intercepts: ( , ) ( , )
y-Intercept: ( , )
Graph the x and y Intercepts
Graph the above Quadratic:
Factor:
()()
Graph the x-intercept(s), y-intercept(s) and sketch of the above function:
Check x-Intercept(s) :
Check y-intercept(s) :
Check Graph:
Given: factor by pulling out the Greatest Common Factor First.
Factored Form or x-Intercept Form:
y = ( x + )(x + )
Graph all Intercepts that are on your Graph:
Graph the above Graph.
Factor:
()()
Graph the x-intercept(s), y-intercept(s) and sketch of the above function:
Check x-Intercept(s) :
Check y-intercept(s) :
Check Graph:
Alright, this is the longer factoring. Remember your route. Use this picture to help you remember your route if you need. Good luck!
Factored form or x-Intercept Form
y = (x + ) (x + )
Write all fraction answers as decimals.
y-Intercept : (, )
x-Intercepts: (, ) (, )
Factor:
Factored form or x-intercept form:
y = ( )( )
x-intercepts: ( , ) ( , )
y-intercept: ( , )
Graph the x and y Intercept(s) that are on your graph:
Graph the above graph:
Factor the following, fill in the x and y-intercepts, and then graph.
Factored form/ x-intercept form
( )( )
x-intercept(s): ( , ) ( , )
y - Intercept(s): ( , )
Graph all Intercepts that are on the Graph:
Graph the above:
Given the following graph where a=1, answer the questions below.