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12-12-12



              Warm-Up
           Review Function
               Notation
           Graphing Stories
           Graphing Linear
              Equations
1. If a rabbit can run 3 feet per second, how
long will it take to run 105 feet?

2. What number is halfway between 3 and -7?

3. The cost of a car rental increases from $50
to
$65. What is the % increase?
4. Calculate 3/7 of 28
5. How long does it take a car to travel 150
miles at 60 miles per hour?
6. How many three-quarter pizzas are there
in 6 pizzas?
Functions that can be written as equations
can be written in function notation. The
variable y and the term f(x) represent the
dependent variable. It is simply a way to
show that the y variable is a function
of, or depends on x. It is read "f at x"
Since x can be any number, the f(x) is the
output, (the dependent variable), when a
number is substituted for x.
                  Example:
Let's look again at our original phone call
equation, and rewrite it again in function
notation.
...To be discussed after
distribution of class work


     Class Work:

    6-1 to 6-4; All
December 12

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December 12

  • 1. 12-12-12 Warm-Up Review Function Notation Graphing Stories Graphing Linear Equations
  • 2. 1. If a rabbit can run 3 feet per second, how long will it take to run 105 feet? 2. What number is halfway between 3 and -7? 3. The cost of a car rental increases from $50 to $65. What is the % increase? 4. Calculate 3/7 of 28 5. How long does it take a car to travel 150 miles at 60 miles per hour? 6. How many three-quarter pizzas are there in 6 pizzas?
  • 3. Functions that can be written as equations can be written in function notation. The variable y and the term f(x) represent the dependent variable. It is simply a way to show that the y variable is a function of, or depends on x. It is read "f at x" Since x can be any number, the f(x) is the output, (the dependent variable), when a number is substituted for x. Example: Let's look again at our original phone call equation, and rewrite it again in function notation.
  • 4.
  • 5.
  • 6. ...To be discussed after distribution of class work Class Work: 6-1 to 6-4; All