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A Manufacturer of Graphing Calculators Has Determined That 12,000 Calculators

Question 13

Multiple Choice

A manufacturer of graphing calculators has determined that 12,000 calculators per week will be sold at a price of $110 each. At a price of $90, it is estimated that 15,000 calculators would be sold.

A. Determine a linear function that will predict the number of calculators that would be sold at a given price, x.
B. Use this model to predict the number of calculators that would be sold each week at a price of $75.


A) (a) A manufacturer of graphing calculators has determined that 12,000 calculators per week will be sold at a price of $110 each. At a price of $90, it is estimated that 15,000 calculators would be sold.   A. Determine a linear function that will predict the number of calculators that would be sold at a given price, x. B. Use this model to predict the number of calculators that would be sold each week at a price of $75. A)  (a)    ; (b)  13,500 calculators B)  (a)    ; (b)  6750 calculators C)  (a)    ; (b)  751 calculators D)  (a)    ; (b)  17,250 calculators E)  (a)    ; (b)  17,250 calculators ; (b) 13,500 calculators
B) (a) A manufacturer of graphing calculators has determined that 12,000 calculators per week will be sold at a price of $110 each. At a price of $90, it is estimated that 15,000 calculators would be sold.   A. Determine a linear function that will predict the number of calculators that would be sold at a given price, x. B. Use this model to predict the number of calculators that would be sold each week at a price of $75. A)  (a)    ; (b)  13,500 calculators B)  (a)    ; (b)  6750 calculators C)  (a)    ; (b)  751 calculators D)  (a)    ; (b)  17,250 calculators E)  (a)    ; (b)  17,250 calculators ; (b) 6750 calculators
C) (a) A manufacturer of graphing calculators has determined that 12,000 calculators per week will be sold at a price of $110 each. At a price of $90, it is estimated that 15,000 calculators would be sold.   A. Determine a linear function that will predict the number of calculators that would be sold at a given price, x. B. Use this model to predict the number of calculators that would be sold each week at a price of $75. A)  (a)    ; (b)  13,500 calculators B)  (a)    ; (b)  6750 calculators C)  (a)    ; (b)  751 calculators D)  (a)    ; (b)  17,250 calculators E)  (a)    ; (b)  17,250 calculators ; (b) 751 calculators
D) (a) A manufacturer of graphing calculators has determined that 12,000 calculators per week will be sold at a price of $110 each. At a price of $90, it is estimated that 15,000 calculators would be sold.   A. Determine a linear function that will predict the number of calculators that would be sold at a given price, x. B. Use this model to predict the number of calculators that would be sold each week at a price of $75. A)  (a)    ; (b)  13,500 calculators B)  (a)    ; (b)  6750 calculators C)  (a)    ; (b)  751 calculators D)  (a)    ; (b)  17,250 calculators E)  (a)    ; (b)  17,250 calculators ; (b) 17,250 calculators
E) (a) A manufacturer of graphing calculators has determined that 12,000 calculators per week will be sold at a price of $110 each. At a price of $90, it is estimated that 15,000 calculators would be sold.   A. Determine a linear function that will predict the number of calculators that would be sold at a given price, x. B. Use this model to predict the number of calculators that would be sold each week at a price of $75. A)  (a)    ; (b)  13,500 calculators B)  (a)    ; (b)  6750 calculators C)  (a)    ; (b)  751 calculators D)  (a)    ; (b)  17,250 calculators E)  (a)    ; (b)  17,250 calculators ; (b) 17,250 calculators

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