7:50 Warm Up

Date: Wednesday October 11, 2017 8:00 Date: Wednesday October 11, 2017 Algebra 1 - Agenda EQ: How can you use function notation to represent a function? HAS-IF.A.2 Objective: S.W.B.A.T; Use function notation, evaluate functions for inputs in their domains, and interpret statements that use function notation in terms of a context by; Evaluating a function Interpreting function notation Solving for the independent variable Graphing a linear function in function notation Homework: P. 125# 12, P. 126 # 32, 37 & 38

hook

3.3 Function Notation

Vocabulary:

Vocabulary: The notation f(x), called function notation, is another name for y.

Vocabulary: The notation f(x), called function notation, is another name for y. This notation is read as “the value of f at x” or “f of x”.

Vocabulary: The notation f(x), called function notation, is another name for y. This notation is read as “the value of f at x” or “f of x”. The parentheses do not imply multiplication .

Vocabulary: The notation f(x), called function notation, is another name for y. This notation is read as “the value of f at x” or “f of x”. The parentheses do not imply multiplication . You can use letters other than f to name a function. The letters g, h, j, and k are often used to name functions.

You know that a linear function can be written in the form;

You know that a linear function can be written in the form; y = mx + b

You know that a linear function can be written in the form; y = mx + b Standard Notation

You know that a linear function can be written in the form; y = mx + b Standard Notation By naming a linear function f, you can also write the function using function notation;

You know that a linear function can be written in the form; y = mx + b Standard Notation By naming a linear function f, you can also write the function using function notation; f(x) = mx + b

You know that a linear function can be written in the form; y = mx + b Standard Notation By naming a linear function f, you can also write the function using function notation; f(x) = mx + b Function Notation

8:05

8:05 f(2) =

8:05 f(2) = 3X + 4

f(2) = 3X + 4 = 3(2)

f(2) = 3X + 4 = 3(2) + 4

f(2) = 3X + 4 = 3(2) + 4 = 6

f(2) = 3X + 4 = 3(2) + 4 = 6 + 4

f(2) = 3X + 4 = 3(2) + 4 = 6 + 4 f(2) = 10

8:08 You Do f(4)

8:11

f(7)-9

f(7)-9 = 3X

f(7)-9 = 3X + 4

f(7)-9 = 3X + 4 = 3(7)

f(7)-9 = 3X + 4 = 3(7) + 4

f(7)-9 = 3X + 4 = 3(7) + 4 -9

f(7)-9 = 3X + 4 = 3(7) + 4 -9 = 21

f(7)-9 = 3X + 4 = 3(7) + 4 -9 = 21 + 4

f(7)-9 = 3X + 4 = 3(7) + 4 -9 = 21 + 4 -9

f(7)-9 = 3X + 4 = 3(7) + 4 -9 = 21 + 4 -9 = 25

f(7)-9 = 3X + 4 = 3(7) + 4 -9 = 21 + 4 -9 = 25 -9

f(7)-9 = 3X + 4 = 3(7) + 4 -9 = 21 + 4 -9 = 25 -9 f(7)-9 = 16

8:14 You Do f(4) -6

8:17

f(h+9) =

f(h+9) = 3X

f(h+9) = 3X + 4

f(h+9) = 3X + 4 = 3(h+9)

f(h+9) = 3X + 4 = 3(h+9) + 4

f(h+9) = 3X + 4 = 3(h+9) + 4 = 3h + 27

f(h+9) = 3X + 4 = 3(h+9) + 4 = 3h + 27 + 4

f(h+9) = 3X + 4 = 3(h+9) + 4 = 3h + 27 + 4 f(h+9) = 3h + 31

8:20 You Do f(h+12)

8:23

8:28 Turn and Talk

Turn and Talk

Turn and Talk

Turn and Talk

Turn and Talk

8:36

8:41 Turn and Talk -15

8:44 Time Check

8:44 Exit Ticket Big Ideas

Start Homework Depends on Time Remaining