30 P= √I droppings" can be modeled by,

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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Demand funtion can be modeled by:

P=30/√

 

and the cost function can be modeled as:

C= 2.1x - 142

where x represents the amount in tons. What price in millions per ton will yield a maximum profit?

 

Kaju Inc. has determined that Godzilla “droppings" are the worlds next energy source!!! (its all that
radiation) They have determined that the demand for these droppings can be modeled by,
30
p=
and the cost of producing refining these “droppings" can be modeled by,
C = 2.1r – 142
where x represents the amount of droppings in tons. What price, in millions of dollars, for refined Godzilla
“droppings" per ton will yeild a maximum profit?
Transcribed Image Text:Kaju Inc. has determined that Godzilla “droppings" are the worlds next energy source!!! (its all that radiation) They have determined that the demand for these droppings can be modeled by, 30 p= and the cost of producing refining these “droppings" can be modeled by, C = 2.1r – 142 where x represents the amount of droppings in tons. What price, in millions of dollars, for refined Godzilla “droppings" per ton will yeild a maximum profit?
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