1. Homework Due Friday Book #2 Due November 10
Homework Due Friday Book #2 Due November 10 *1st class finish with ALL 4 moves 3 spaces on race board *Winners = No homework for a week

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3. Domain and Range D I X R O Y inputs Range
MGSEF1-MGSEF2: I can explain the difference between a relation and a function. I can determine if a table, graph, or set of ordered pairs is or is not a function and justify my conclusion.​
Domain and Range D
Domain I
inputs X
X-coordinate R
Range O
Outputs Y
Y- coordinate
The domain of a relation is the set of all inputs or x-coordinates
The range of a relation is the set of all outputs or y-coordinates

4. MGSEF1-MGSEF2: I can explain the difference between a relation and a function. I can determine if a table, graph, or set of ordered pairs is or is not a function and justify my conclusion.​

5. MGSEF1-MGSEF2: I can explain the difference between a relation and a function. I can determine if a table, graph, or set of ordered pairs is or is not a function and justify my conclusion.​

6. MGSEF1-MGSEF2: I can explain the difference between a relation and a function. I can determine if a table, graph, or set of ordered pairs is or is not a function and justify my conclusion.​
My Definition
A function is a relation where every input has exactly one output
Characteristics
Passes the vertical line test on a graph – (does NOT touch the picture more than once)
Linear equation is a straight line
The linear equation will not have an exponent greater than 1.
Examples
{(4,7), (3,2), (0,0), (-1,-40)}
Non examples
Function

7. MGSEF1-MGSEF2: I can explain the difference between a relation and a function. I can determine if a table, graph, or set of ordered pairs is or is not a function and justify my conclusion.​
Function
Relation but NOT
a Function

8. MGSEF1-MGSEF2: I can explain the difference between a relation and a function. I can determine if a table, graph, or set of ordered pairs is or is not a function and justify my conclusion.​

9. MGSEF1-MGSEF2: I can explain the difference between a relation and a function. I can determine if a table, graph, or set of ordered pairs is or is not a function and justify my conclusion.​