The cost in dollars for a company to produce x widgets is given by C(x)=4250 +6x for ≥0, and the price demand function, in dollars per widget, is p(x)=25-0.02x for 0≤x≤2250 a. the profit function is a quadratic function and so its graph is a parabola. does the parabola open up or down? b. find the vertex of the profit function P(x) c. state the maximum profit and the number of widgets which yield the maximum profit d. determine the price to charge per widget in order to maximize profit e. find and interpret the break even points
The cost in dollars for a company to produce x widgets is given by C(x)=4250 +6x for ≥0, and the price demand function, in dollars per widget, is p(x)=25-0.02x for 0≤x≤2250 a. the profit function is a quadratic function and so its graph is a parabola. does the parabola open up or down? b. find the vertex of the profit function P(x) c. state the maximum profit and the number of widgets which yield the maximum profit d. determine the price to charge per widget in order to maximize profit e. find and interpret the break even points
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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The cost in dollars for a company to produce x widgets is given by C(x)=4250 +6x for ≥0, and the price demand function, in dollars per widget, is p(x)=25-0.02x for 0≤x≤2250
a. the profit function is a quadratic function and so its graph is a parabola.
does the parabola open up or down?
b. find the vertex of the profit function P(x)
c. state the maximum profit and the number of widgets which yield the maximum profit
d. determine the price to charge per widget in order to maximize profit
e. find and interpret the break even points
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