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Make a Logistic Model for Enrollment at a University

Question 24

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Make a logistic model Make a logistic model for enrollment at a university t years after 2000 making use of the following information. A University facilities can accommodate at most 5,829 students. B: Enrollment in 2000 is 2,116. C: In the absence of limiting factors, enrollment would grow by 13% per year. ​ ​ A) B) C) D) for enrollment at a university t years after 2000 making use of the following information. A University facilities can accommodate at most 5,829 students.
B: Enrollment in 2000 is 2,116.
C: In the absence of limiting factors, enrollment would grow by 13% per year.
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A) Make a logistic model for enrollment at a university t years after 2000 making use of the following information. A University facilities can accommodate at most 5,829 students. B: Enrollment in 2000 is 2,116. C: In the absence of limiting factors, enrollment would grow by 13% per year. ​ ​ A) B) C) D)
B) Make a logistic model for enrollment at a university t years after 2000 making use of the following information. A University facilities can accommodate at most 5,829 students. B: Enrollment in 2000 is 2,116. C: In the absence of limiting factors, enrollment would grow by 13% per year. ​ ​ A) B) C) D)
C) Make a logistic model for enrollment at a university t years after 2000 making use of the following information. A University facilities can accommodate at most 5,829 students. B: Enrollment in 2000 is 2,116. C: In the absence of limiting factors, enrollment would grow by 13% per year. ​ ​ A) B) C) D)
D) Make a logistic model for enrollment at a university t years after 2000 making use of the following information. A University facilities can accommodate at most 5,829 students. B: Enrollment in 2000 is 2,116. C: In the absence of limiting factors, enrollment would grow by 13% per year. ​ ​ A) B) C) D)

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