1-2. A business has total cost function C(x)=0.1x² +35x+15,000 and revenue function R(x) = -0.9x² +385x 1. Find the number of units at which the business will break even. 2. Find the maximum revenue. or (to the nearest dollar)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Graph the appropriate function(s) in each problem, and use the graphing calculator and
its features to help find function values, points of intersection, minimum values, and maximum
values, etc.
1-2. A business has total cost function C(x)=0.1x² +35x+15,000 and revenue function
R(x) = -0.9x² +385x
1. Find the number of units at which the business will break even.
2. Find the maximum revenue.
or
(to the nearest dollar)
Transcribed Image Text:Graph the appropriate function(s) in each problem, and use the graphing calculator and its features to help find function values, points of intersection, minimum values, and maximum values, etc. 1-2. A business has total cost function C(x)=0.1x² +35x+15,000 and revenue function R(x) = -0.9x² +385x 1. Find the number of units at which the business will break even. 2. Find the maximum revenue. or (to the nearest dollar)
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