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QUESTION 1 You should answer this question WITHOUT using a CALCULATOR. Write an equation in $y = mx + b$ form for the linear relationship shown in the table. n C number of total cost of toppings pizza ($) 0 6.00 2 6.50 4 7.00 6 7.50 8 8.00 DO NOT USE ANY SPACES between variables, constants, equals signs, and operation signs. For example, DO NOT enter $y = 2x + 1$. DO ENTER: $y=2x+1$. Put parentheses around constants that are fractions like this: $y=(2/3)x-(1/2)$ You may use decimals IF the decimal values are exact. (You cannot use .33 for 1/3 because it is not exact, but you can use 0.25 for 1/4.) To write your equation, use the variables: C(n) = total cost of pizza ($) n = number of toppings The equation is

          QUESTION 1
You should answer this question WITHOUT using a CALCULATOR.
Write an equation in $y = mx + b$ form for the linear relationship shown in the table.
n
C
number of
total cost of
toppings
pizza ($)
0
6.00
2
6.50
4
7.00
6
7.50
8
8.00
DO NOT USE ANY SPACES between variables, constants, equals signs, and operation signs.
For example, DO NOT enter $y = 2x + 1$.
DO ENTER: $y=2x+1$.
Put parentheses around constants that are fractions like this: $y=(2/3)x-(1/2)$
You may use decimals IF the decimal values are exact. (You cannot use .33 for 1/3 because it is not exact, but you can use 0.25 for 1/4.)
To write your equation, use the variables:
C(n) = total cost of pizza ($)
n = number of toppings
The equation is

$QUESTION 1 You should answer this question WITHOUT using a CALCULATOR. Write an equation in y = mx + b form for the linear relationship shown in the table. n C number of total cost of toppings pizza () 0 6.00 2 6.50 4 7.00 6 7.50 8 8.00 DO NOT USE ANY SPACES between variables, constants, equals signs, and operation signs. For example, DO NOT entery = 2x + 1. DO ENTER:y=2x+1. Put parentheses around constants that are fractions like this:y=(2/3)x-(1/2)You may use decimals IF the decimal values are exact. (You cannot use .33 for 1/3 because it is not exact, but you can use 0.25 for 1/4.) To write your equation, use the variables: C(n) = total cost of pizza () n = number of toppings The equation is$

Added by Douglas M.

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