10. The graph at the right shows the total profits of BigBox stores in a certain metropolitan area as a function of the number of stores open in the area. Clearly show/explain how you are using the graph to answer the following questions. a. Mark (4, 12) on the graph. Explain the meaning of this point in the context of the problem. Profits (in millions of dollars) NANESEN o t 3 c. Approximate the profits when there are 20 stores. 2 4 10 16 14 12 G B Number of stores in the area b. Approximate the number of stores needed for the profits to be 16 million dollars. Ans 1.8 Ans 20 22

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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10.
The graph at the right shows the
total profits of BigBox stores in a
certain metropolitan area as a
function of the number of stores
open in the area.
Clearly show/explain how you are
using the graph to answer the
following questions.
Mark (4, 12) on the graph.
Explain the meaning of this point
in the context of the problem.
4
Profits (in millions of dollars)
-2
227
201
3
181
16+
12+
10
S
5
S
CJ
$30
- T
-6
T
c. Approximate the profits when there are 20 stores.
2
it
12
8 10
G
4
Number of stores in the area
b. Approximate the number of stores needed for the profits to be 16 million dollars.
Ans
16 18
Ans
+7
20 22
Transcribed Image Text:10. The graph at the right shows the total profits of BigBox stores in a certain metropolitan area as a function of the number of stores open in the area. Clearly show/explain how you are using the graph to answer the following questions. Mark (4, 12) on the graph. Explain the meaning of this point in the context of the problem. 4 Profits (in millions of dollars) -2 227 201 3 181 16+ 12+ 10 S 5 S CJ $30 - T -6 T c. Approximate the profits when there are 20 stores. 2 it 12 8 10 G 4 Number of stores in the area b. Approximate the number of stores needed for the profits to be 16 million dollars. Ans 16 18 Ans +7 20 22
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