The price-demand equation for hamburgers at Yaster's Burgers is x+395 p = 3,088, where p is the price of a hamburger in dollars and x is the number of hamburgers demanded at that price. What price will maximize the revenue for Yaster's? Round to the nearest cent. $ per hamburger

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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The price-demand equation for hamburgers at Yaster's Burgers is
x+395 p = 3,088,
where p is the price of a hamburger in dollars and x is the number of hamburgers demanded
at that price.
What price will maximize the revenue for Yaster's? Round to the nearest cent.
$
per hamburger
Transcribed Image Text:The price-demand equation for hamburgers at Yaster's Burgers is x+395 p = 3,088, where p is the price of a hamburger in dollars and x is the number of hamburgers demanded at that price. What price will maximize the revenue for Yaster's? Round to the nearest cent. $ per hamburger
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