The cost, in millions of dollars, of building a three-story high school in New York State was estimated to be:     2 C x x x x      1.7 0.14 0.0001 20 400 where x is the number of thousands of square feet. Suppose that you are contemplating building a for-profit three-story high school and estimate that your total revenue will be $0.2 million dollars per thousand square feet. (a) What is minimum area for a three-story high school in New York State, that this model covers?  (b) What is the variable cost of building a three-story high school in New York State?  (c) What is the fixed cost of building a three-story high school in New York State?  (d) Determine the profit function, P x( ), for building a three-story high school in New York State? .  (e) Determine, P(250) , for building a three-story high school in New York State, and interpret the result.

ENGR.ECONOMIC ANALYSIS
14th Edition
ISBN:9780190931919
Author:NEWNAN
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Chapter1: Making Economics Decisions
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The cost, in millions of dollars, of building a three-story high school in New
York State was estimated to be:
   
2
C x x x x      1.7 0.14 0.0001 20 400
where x is the number of thousands of square feet. Suppose that you are
contemplating building a for-profit three-story high school and estimate that
your total revenue will be $0.2 million dollars per thousand square feet.
(a) What is minimum area for a three-story high school in New York
State, that this model covers? 
(b) What is the variable cost of building a three-story high school in New
York State? 
(c) What is the fixed cost of building a three-story high school in New
York State? 
(d) Determine the profit function,
P x( ), for building a three-story high
school in New York State? . 
(e) Determine,
P(250) , for building a three-story high school in New York
State, and interpret the result. 
(f) How many thousands of square feet should a three-story high school
building in New York State be in order to break even?

C(x)=1.7+0.14x-0.0001x²
(20≤x≤400)
where X is the number of thousands of square feet. Suppose that you are
contemplating building a for-profit three-story high school and estimate that
your total revenue will be $0.2 million dollars per thousand square feet.
Transcribed Image Text:C(x)=1.7+0.14x-0.0001x² (20≤x≤400) where X is the number of thousands of square feet. Suppose that you are contemplating building a for-profit three-story high school and estimate that your total revenue will be $0.2 million dollars per thousand square feet.
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