graphing the number of cell phones on the x-axis (number of cell phones is the domain and the independent variable).

You will be plotting the data on the grid shown below, graphing the number of cell phones on the
x-axis (number of cell phones is the domain and the independent variable). You will be graphing
profit on the y-axis (profit is the range and the dependent variable). Remember that the domain is
the set of all possible values of an independent variable of a function and the range is the set of all
possible values for a dependent variable of a function.
First: Label the n-axis (normally this is the x-axis but we are using n to represent number of cell
phones) and the P-axis (normally this is the y-axis but we are using P to represent profit) of your
grid. Let’s start with the n-axis.
? What is your smallest n-value?
? What should be your smallest n-value on your n-axis? (Make sure that your smallest value
is on the n-axis. You need to have your n-axis go beyond the smallest value.)
? What is your largest n-value?
? What should be your largest n-value on your n-axis? (Make sure that your largest value is
on the n-axis. You need to have your n-axis go beyond the largest value.)
? Label these values on your grid below.
? What is your smallest P-value (Profit value)? Think about this, can your profit be negative?
? What should be your smallest P-value on your graph? (Make sure that your smallest Pvalue is on the P-axis. You need to have your P-axis go beyond the smallest value.)
? What is your largest P-value (Profit value)?
? What should be your largest P-value on your P-axis? (Make sure that your largest value is
on the P-axis. You need to have your P-axis go beyond the largest value.)
? Label these values on your grid below.

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