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In a function every input has exactly one output. Function

In a function every input has exactly one output. Function

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Page 1: In a function every input has exactly one output. Function

In a function every input has exactly one output.

Function

Page 2: In a function every input has exactly one output. Function

Evaluating FunctionsPractice

Input: 2Function: 10x + 1

Output:

10x + 1 Practice

Input: -3Function: 10x + 1

Output:

Page 3: In a function every input has exactly one output. Function

Evaluating FunctionsPractice

Input: 0

Function:

Output:

34

4x

Practice

Input: -3

Function:

Output:

34

4x

34

4x

Page 4: In a function every input has exactly one output. Function

Given the function h(x) = 5x - 6

Evaluate h(-3), h(0)

h(-3) =

h(0) =

Page 5: In a function every input has exactly one output. Function

Give the domain and the range of these functions.

Domain:

Range:

Domain:

Range:

Page 6: In a function every input has exactly one output. Function

Give the domain and the range of these functions.

Domain:

Range:

Domain:

Range:

1234

0

Input Output

1020304050

100

200

300

400

500

Input Output

Page 7: In a function every input has exactly one output. Function

What is the domain and range of this table?

Domain: Range:

Page 8: In a function every input has exactly one output. Function

Given the function f(x) = 2x + 5Find the domain and the range of

the dataInput Output

3

4

5

6

7

Domain:

Range:

Page 9: In a function every input has exactly one output. Function

1234

Set A Set B

abcd

Set A Set B

1234

abcd

Create a function by connecting arrows from set A to set B

Create a relation by connecting arrows from set A to set B

Write your function in set notation

Write your relation in set notation

Page 10: In a function every input has exactly one output. Function

1234

0

1020304050

100

200

300

400

500

1020304050

100

200

300

400

500

Set C Set D Set C Set D

Create a function by connecting arrows from set C to set D

Create a relation by connecting arrows from set C to set D

Write your function in set notation Write your relation in set notation