The rate of change, de, of the number of people entering a movie theater is modeled by a logistic differential equation. The capacity of the theater is 500 people. At a certain time, the number of people in the theater is 100 and is increasing at the rate of 50 per minute. Which of the following differential equations could describe this situation? P=¹(500-P) (A) B C D P= P(500-P) 50 dP dt dP dt =P (500-P) 800 1 1200 P (500+P)
The rate of change, de, of the number of people entering a movie theater is modeled by a logistic differential equation. The capacity of the theater is 500 people. At a certain time, the number of people in the theater is 100 and is increasing at the rate of 50 per minute. Which of the following differential equations could describe this situation? P=¹(500-P) (A) B C D P= P(500-P) 50 dP dt dP dt =P (500-P) 800 1 1200 P (500+P)
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
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Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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= P (500+ P)
1200
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Question
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The rate of change, dp, of the number of people entering a movie theater is modeled by a logistic differential equation. The capacity of the theater is 500 people. At a certain time, the number of people in the
theater is 100 and is increasing at the rate of 50 per minute. Which of the following differential equations could describe this situation?
(500-P)
A
(В
B
C
D
P=
dt
dP
dt
= ¹P (500 - P)
50
dP
dt
800
P (500-P)
= P (500+ P)
1200
Type here to search
2
Ax
F2
#
3
F3
O
4)
$
4
F4
DII
%
5
FS
•
*
F6
A
6
46
O
F7
&
7
PrtScn
F8
8
Home
F9
9
24°F
End
F10
D G
PgUp.
F11
0
AX
PgDn
F12
12:22 PM
2/24/2023
Q
?
D
Ę
Ins
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